bracing-systems

The Beginner’s Guide to Concrete Rebar Installation

Fri, 26 Sep 2025 18:01:44 GMT

Installing rebar correctly gives concrete its strength, shape, and staying power. Small slabs or large structural pours, every job needs a solid start. Getting the basics right keeps the work moving and the results strong. For beginners, learning how to install rebar in concrete means knowing the right tools, safety steps, and layout techniques right from the start.

Rebar Basics and Safety

Rebar, short for reinforcing bar, strengthens concrete by handling tension that plain concrete can't. It's made of steel and comes in different grades, sizes, and surface patterns. Learn the difference between #3 and #5 bar, how the ribbing improves grip, and when epoxy-coated rebar makes sense for corrosion resistance.

Safety needs to stay front and center. Gloves help avoid cuts from sharp ends. Safety glasses protect against flying debris during cutting. Steel-toed boots guard against dropped sections. Every piece of rebar should be treated as a hazard when handled carelessly.

Tools & Materials You’ll Need

Before placing your first bar, make sure your setup is complete. Missing tools slow the job and create avoidable risks. Keep everything nearby so you’re not running back and forth.

Basic tools and materials include:

Rebar (correct size and grade for the project)
Rebar cutter or angle grinder
Rebar bender or bending jig
Tie wire and wire twister
Rebar chairs or spacers
Measuring tape and chalk line
Work gloves, safety glasses, steel-toed boots
Construction drawings or layout plans

Having the right gear from the start sets the pace for a smooth install. Bracing Systems stocks construction supplies designed to match the pace of active job sites, so you're never stuck waiting on what you need.

How to Install Rebar in Concrete

Getting rebar in place the right way keeps your slab or structure strong, stable, and built to last. Installing rebar is more than lining up steel. It creates a support system that handles weight, limits cracking, and meets inspection standards. Small details like bar overlap, chair spacing, and tie strength can make a big difference. Follow each step carefully to avoid delays, material waste, or structural issues.

Applications and Common Challenges

Rebar plays a role in almost every kind of concrete job. Sidewalks, driveways, footings, foundation walls, retaining walls, and slab-on-grade pours all rely on reinforcement to stay strong over time. The right bar size and layout depend on factors like load, soil conditions, and structural design.

Problems often show up during layout or tying. Watch out for:

Poor spacing
Missed corners
Insufficient cover
Rebar shifted during a muddy pour
Delays from vertical bars or tight bends

These issues can lead to cracks, corrosion, or failed inspections. Planning ahead keeps the work on track and reduces rework.

Your Next Steps With Bracing Systems

Once you’ve got your layout, tools , and plans in place, it helps to work with a supplier that understands the pace and pressure of concrete jobs. Bracing Systems stocks the rebar tools, wire, chairs, and layout gear you’re already looking for.

Need advice on bar sizing or placement? Our crew has real field experience and can help you find what fits your scope. If you’re on a tight schedule, we offer quick quotes, fast will-call pickups, and jobsite delivery options across Northern Illinois, Wisconsin, and Northwest Indiana.

Ready to Start? Visit Hanover Park or Call

If you're lining up your next concrete pour, make Bracing Systems your first stop. Our Hanover Park location is fully stocked and ready for walk-ins, call-ahead orders, and contractor pickups. Need something delivered to the jobsite? Contact us and we’ll get it moving. You might be grabbing a roll of tie wire or gearing up an entire crew. Either way, we’re here to help you keep the job on schedule.

Can You Pour Concrete in the Rain? What to Know

Tue, 02 Sep 2025 18:13:42 GMT

Rain on a pour day isn’t ideal, but it happens. Concrete work doesn't always line up with perfect weather , especially on tight project schedules. Contractors in the Midwest know how fast conditions can shift, and a good plan makes a difference.

The big question is: can you pour concrete in the rain without compromising the job? The answer depends on timing, preparation, and having the right tools on hand. Before cancelling a pour or pushing ahead blindly, it helps to know what rain actually does to fresh concrete and how to stay ahead of it.

Can You Pour Concrete in the Rain Safely?

Yes, it is possible to pour concrete in the rain, but it takes careful timing and extra steps to avoid problems. Light rain before or during a pour isn’t always a dealbreaker, but heavy rainfall or poor site conditions can create weak, uneven surfaces. The main concern is water mixing into the concrete while it's still fresh. Too much water can weaken the final strength, damage the finish, and create surface scaling.

Contractors who work through unpredictable conditions know that planning ahead makes a difference. If rain is already coming down hard or storms are expected, it’s usually smarter to delay the pour. When the rain is light or clears quickly, it may be possible to continue, but only with a clear plan in place.

Protecting the surface, controlling runoff, and adjusting timing all play a role. Once concrete starts to set, added water can cause pitting, dusting, or soft top layers that won’t hold up long-term. The best move is to evaluate the site, watch the clock, and have supplies ready. Pouring concrete in the rain can be done, but only under the right conditions.

What Happens If You Pour Concrete in the Rain?

Pouring concrete in the rain without proper preparation can lead to lasting problems. Rainwater can dilute the surface, wash out the cement paste, and leave behind a soft or powdery finish. That weak top layer might look fine at first, but over time it often breaks down, leading to flaking, cracking, or surface wear under traffic and weather.

Moisture control during curing is just as important. Concrete needs a steady balance of water to gain strength. If rainwater disrupts that process, the slab may not cure evenly. This can cause low compressive strength, poor surface bonding, or hidden weaknesses that affect long-term performance.

The finish is also at risk. When the surface becomes too wet during troweling, it can trap water inside the slab. That trapped water often rises later, forming blisters or pockets that separate from the top layer. These issues aren’t just cosmetic. They weaken the surface and shorten the service life of the slab.

Fresh concrete is most vulnerable in the early hours. Once it starts setting, outside water becomes a serious threat. Protecting the mix from rain at the right moment helps avoid expensive repairs and delays down the line.

How to Pour Concrete When It’s Raining

Pouring concrete during rain takes more than just moving fast. Contractors need to stay alert, track the weather closely, and protect the site before and after the pour. The main goal is to keep excess water out of the mix while it’s fresh and to stop runoff from damaging the surface as it cures.

A successful pour during rain depends on timing, preparation, and the right equipment . Being ready before the first drop falls can keep the job on schedule and avoid costly mistakes.

Get Rain-Ready Gear from Bracing Systems

When rain threatens a pour, the right tools help keep the job moving. Bracing Systems carries concrete protection products built for real job-site conditions. You’ll find plastic sheeting, curing blankets, rebar caps, formwork systems, and finishing tools that hold up under pressure.

Our team in Hanover Park works with contractors across Northern Illinois, Wisconsin, and Northern Indiana. We keep a strong inventory and move fast so crews can stay on schedule. If rain is in the forecast and you need gear that works, contact us . We’ll help you get what the job demands.

Concrete Wall Braces 101: What They Are & Why You Need Them

Tue, 26 Aug 2025 15:06:31 GMT

When concrete walls are poured, they need stability while curing. Concrete wall braces hold them steady so the structure doesn’t shift, lean, or collapse. They’re a common part of many builds and a key tool for keeping crews safe. The right bracing setup also keeps jobs on track and avoids costly rework caused by movement or cracking.

What Are Concrete Wall Braces?

Concrete wall braces are temporary supports that hold poured walls in place while they cure. Made from steel or aluminum, they attach to formwork and anchor into the ground to prevent movement. Contractors use them for foundations, basements, and tall vertical pours to keep walls straight and stable. Without bracing, walls can shift, bow, or collapse before they harden. Proper bracing also improves job site safety and reduces rework, especially when working on load-bearing or structural walls that need precise alignment.

The Importance of Concrete Wall Braces for Construction

Concrete wall braces keep curing walls stable, reduce movement, and help avoid costly alignment issues. They improve job site safety and support structural accuracy. Using the right bracing system protects both new construction and retrofit work, helping contractors stay on schedule and meet design specs.

When to Use Concrete Wall Braces

Use concrete wall braces during early construction when walls are curing and need support. They’re important for large pours, tall walls, and load-bearing sections. Bracing helps prevent movement, improves safety, and keeps projects on track by reducing structural risk during curing.

Type of Foundation

Different foundation types call for different bracing needs. For example, poured basement walls often require bracing due to their height and exposure to soil pressure. Slab-on-grade foundations might need minimal bracing unless the site has poor soil or uneven grading. Crawl space foundations with partial walls can benefit from temporary reinforcement while block or formwork cures.

Matching the brace to the job helps avoid shifting and sets the structure up for long-term stability.

Foundation Size

Larger foundations typically mean taller or longer walls, which increases the need for more robust bracing. As wall height goes up, so does the pressure from wet concrete during the pour. That pressure can push formwork out of alignment if it’s not supported properly.

Projects with wide spans or multiple wall sections often need additional bracing points to hold everything steady while curing. The right brace size and layout help keep walls true and up to spec.

Types of Walls

The material, height, and placement of a wall will influence bracing requirements . Tall walls, retaining walls, and load-bearing walls need firm support to maintain shape and position. Thin or long-span walls are more likely to flex or tilt during curing if left unsupported.

Formed concrete walls, insulated concrete forms (ICFs), and hybrid systems may all benefit from different types of bracing.

How to Choose Concrete Wall Braces for Your Project

Choosing the right concrete wall braces depends on the size, type, and height of the wall, as well as site conditions. Taller walls or those exposed to wind or uneven ground may need stronger or additional braces. Look for adjustable systems that match your wall dimensions and are easy to set up and remove. Job speed, crew size, and bracing layout should also factor into the decision.

Bracing Systems offers a range of dependable braces that fit residential and commercial builds. If you're unsure what you need, our team can help you pick the right setup based on your pour.

Bracing Systems Has the Concrete Wall Braces You Need

Bracing Systems stocks the concrete wall braces contractors count on to keep walls stable and projects on schedule. Our inventory includes adjustable systems built for residential, commercial, and large-scale pours.

We understand the challenges on-site. That’s why we focus on supplying reliable gear, quick service, and support that keeps things moving. Our team is here to help you choose the right setup based on your wall height, pour size, and site conditions.

Concrete Safety Tips to Avoid Accidents & Hazards

Thu, 17 Apr 2025 13:51:27 GMT

Concrete is one of the most important building materials in the modern world. Using concrete, we can build tall buildings, pave pathways, and construct foundations that last. Construction teams around the country use concrete every day.

Concrete is made from a combination of cement, aggregates, and water that, when mixed, can be hazardous to workers. Concrete dust can irritate the lungs, while the alkaline compounds in concrete can damage human skin and other tissues. If you have a construction company that uses concrete, it's important to protect workers. Using the appropriate safety gear and tools for concrete mixing can help keep your workers safe, as can administering concrete safety training.

Why Concrete Safety Matters

In the United States, nearly 80 concrete and masonry workers die each year in accidents. Construction workers handling concrete are vulnerable to a variety of accidents, including eye injuries, inhalation injuries, and severe burns.

In addition, people who work with concrete may be exposed to silica dust over time. Long-term exposure to silica dust can lead to silicosis, an incurable condition wherein the lungs become hardened and scarred.

Workplace accidents put workers in danger and are also bad for the morale of construction teams. Workplace injuries also cost money and time for construction firms.

If you manage a construction team that handles concrete, one of the things you can do to make your construction projects a success is to protect workers from the dangers of concrete. Using these concrete safety tips, you can help keep your construction workers safe.

Essential Concrete Safety Tips for a Secure Worksite

Following these safety tips and best practices helps keep workers safe.

Wear Proper Personal Protective Equipment (PPE)

Personal protective equipment helps protect workers from exposure to silica dust and corrosive wet concrete. Workers on the job site should use many types of PPE to keep their workers safe.

Goggles . Goggles help protect workers from splatters that can cause eye injuries.
Alkali-resistant gloves . Cotton and leather gloves are not adequate to protect workers from wet concrete. They must wear alkali-resistant gloves made from materials like butyl or nitrile.
Respiratory protection . Workers need respiratory protection like an N-, P-, or R-95 respirator.

In addition, workers need to wear boots that are high enough to prevent wet cement from going inside the boot and touching their skin. Workers who must kneel on fresh concrete for finishing projects should plan to use waterproof knee pads or boards to protect their knees.

Use the Right Tools and Follow Best Practices

Tools help the job proceed smoothly, but it's important to use the right tools and follow best practices when using heavy equipment and hand tools.

Follow the manufacturer's instructions. All tools come with manufacturer's recommendations and instructions for use. Workers should follow manufacturer's instructions for use. Familiarize yourself and your team with all tool and equipment instructions.
Train all employees to use tools properly. Hold regular training on how to use tools properly.
Enforce safety measures for the proper use of tools. After training workers to use tools properly, follow up to be sure that workers continue to use tools the right way.

Maintain Clear Communication on the Job Site

Communicate expectations clearly to help workers stay safe on the job site. There are many ways to communicate safety on the job site.

Create organized, clearly communicated training about concrete safety
Put up safety signs and reminders
Be an active listener when workers discuss barriers to maintaining concrete safety
Document when safety expectations are communicated

Stay Cautious Around Heavy Machinery and Equipment

Concrete often requires heavy machinery and equipment for moving and pouring wet concrete. Avoid accidents with heavy machinery by training workers to be cautious when heavy machinery is in use. Train those operating heavy machinery on how to use the equipment safely.

Be Aware of Your Surroundings at All Times

Accidents happen when workers aren't paying attention. Train workers to be aware of their surroundings. Spend time every morning informing workers about who is on the job site for the day and what they'll be doing. Communicating with workers about who is on the job site can help them know what activities to watch for, and what risks to be aware of.

Train Workers on Safety

Safety training is essential for maintaining safety on the job site. Hold daily safety meetings and have regular training to teach workers about how to mix and pour concrete safely and about how to use PPE. If you have a large construction company, employ an in-house safety expert to help with training. If you have a small construction business, designate someone to be in charge of administering training and maintaining a safe job site.

Recognizing Common Concrete Hazards in the Workplace

Once you've recognized common concrete hazards in the workplace, this makes it easier to mitigate hazards and keep workers safe.

Start every day by inspecting the job site for safety hazards. Train other workers to identify safety hazards as well, so they can remove hazards before accidents occur. Common hazards to watch for include:

Dry concrete dust that can become airborne
Cords for equipment stretched across walkways
Slippery surfaces where slips and falls can occur

Reliable Concrete Safety Solutions from Bracing Systems

Bracing Systems sells concrete tools and concrete finishing tools . We also provide construction equipment rental services for construction businesses in the Chicago area. We can help you find the construction equipment you need to make your construction projects a success.

Whether you've got questions about heavy equipment rental or you need tools to help with your upcoming construction projects, contact Bracing Systems . Our experienced professionals are experts in construction materials and equipment rental, and we're here to help.

What is Shoring in Building Construction? A Complete Guide

Mon, 03 Mar 2025 16:15:28 GMT

During the construction process, contractors sometimes use temporary structures to stabilize the walls of a building or the soil in a trench. This practice is known as shoring . Shoring is essential for ensuring worker safety and creating safe access to structures under repair or construction. Shoring is also important for providing access to excavated ground.

If you're a contractor performing repairs to a building, constructing a building, or excavating during an upcoming project, you may need shoring equipment rental in the Chicago area to help make your project a success. Bracing Systems rents shoring equipment and scaffolding for your building and excavating projects.

Shoring provides temporary support during construction, repairs, and excavations. Bracing Systems offers the expertise and equipment to ensure stability and safety on the job site.

Shoring in Building Construction Explained

Shoring is stabilizing equipment used during excavation and building repair to prevent structural collapse. Shoring helps protect workers and tools. Shoring also helps create safe access points into and out of excavated ground. Regulatory bodies like OSHA also require shoring to keep workers safe during various construction projects.

Shoring requires contractors to understand load analysis and soil behavior. If your construction project will require shoring, it's important to plan carefully before beginning. Knowing which type of shoring to use is essential for protecting workers.

Construction Shoring Safety Tips

Excavation is a high-risk activity. Proper shoring equipment can prevent structural collapse and falls into the hole. OSHA regulates shoring activities. All contractors that engage in shoring must familiarize themselves with OSHA regulations and follow the laws and rules to be compliant. Below are some worker safety tips

Provide proper access points. Workers need access points around ladder rungs for easy access.
Create guardrails around openings. Guardrails around openings help prevent workers from accidentally falling into the pit or trench. Install guardrails where workers could fall more than four feet into the hole.
Provide exit routes and ladders to provide workers with escape points. Workers need escape points and escape ladders so they can leave the hole quickly if required.

Shoring Types and Their Uses in Building Construction

There are many shoring types. The type of shoring you choose for your construction project will depend on many factors. If you have questions about which shoring to use with your project, speak with the professionals at Bracing Systems before renting shoring equipment.

Raking Shoring

Raking shores are attached to sloped pieces of wood (rakers). To support the walls, rakers are placed in the center of the wall or floor bearing. Rakers can provide additional support if you attach them to a steel wall plate. This forms the raking shore design.

Flying Shoring

Flying shoring, also called horizontal shoring , is placed between parallel walls. The horizontal shore is wedged between the two walls, and diagonal shores reinforce the walls. Flying shoring can be used when tearing down a portion of an adjacent building or supporting weak walls.

Deadman Shoring

Deadman shoring, also known as dead shoring or vertical shores , is shoring that supports the structure's entire weight (also called dead loads) . Dead shoring is made from two vertical beams that are connected by a horizontal beam.

This type of shoring is used when a load-bearing wall requires repair. Dead shoring is also used when a building has been structurally damaged.

To install dead shoring, a vertical beam is installed on either side of the wall, and a hole is cut through the wall. The horizontal beam, a needle, is inserted into the hole. Steel plates are installed to provide additional stability.

Cantilever Shoring

Cantilever shoring is used in excavations of less than 20 feet. This type of shoring consists of lagging and soldier piles. In this type of shoring, piles are constructed with steel I-beams, and lagging is placed between the beams to hold back soil.

H and I-Beam Shoring

H and I-beam shoring is a common form of shoring that is used in foundation repair and trench stabilization. This type of shoring can be used to improve the structural integrity of a home or hold up trenches in construction and archaeological sites. These walls are best suited to excavation sites ranging from 4 to 16 feet deep and in areas with a low moisture content.

Hydraulic Shoring

Hydraulic shoring uses hydraulic pistons to exert force onto the side of a wall. Hydraulic shores are usually paired with steel plates that lie on the wall. Pressure is transferred to the steel plates and away from the wall, thus preventing damage.

Sheet Pile Shoring

Sheet pile shoring uses interlocking sheet piles bent into a U shape to support a wall. Sheet piles can be used to hold soil in place, or they can be used to separate a structure from a body of water. This type of shoring is used in areas with a high water table.

Shoring vs Scaffolding: What's the Difference?

For some, it's hard to tell the difference between shoring and scaffolding. Shores bear the weight of a wall or the weight of the soil in a trench. Shores also protect workers who are working around unstable structures.

Scaffolding is a series of platforms set at different elevations to provide access to work areas like the space in front of a building. Scaffolding is typically used in work areas where workers need access to tools while performing their duties. For example, scaffolding is commonly used for people painting and performing plaster work.

Find Reliable Shoring Equipment Today

Do you need reliable shoring equipment in the Chicago area? Do you have questions about what is shoring in building construction? Many contractors turn to Bracing Systems for shoring equipment rental. We provide shoring and scaffolding to Chicagoland contractors.

We properly maintain and store our shoring equipment, and we have the experience to help you choose the right shoring equipment. Contact Bracing Systems today to learn more.

Backhoe vs Excavator: What to Know Before Renting or Buying

Mon, 27 Jan 2025 14:32:15 GMT

Written by: Bracing Systems

When you're choosing construction equipment for an upcoming project, it's important to select the right tools for the job. Whether you're laying pavement, demolishing a structure, or digging trenches for pipes, one of the decisions you may need to make is whether to choose a backhoe or an excavator. Knowing the differences between a backhoe and an excavator can help you make the right selection for your upcoming building or construction project.

Backhoes are smaller and more versatile machines, while excavators are large and powerful, perfect for big industrial projects. When you rent construction equipment from a reputable company like Bracing Systems, you can get advice from experts who can help make your decision. We can answer your questions when renting heavy equipment . Below, we've written a quick guide to help you choose the right tools for the job.

What is an Excavator?

An excavator is a digging machine with a dipper, boom, chassis, and digging bucket. Many excavators also have a dozer blade. Excavators look a lot like backhoes, but they can have tracks or wheels. Excavators are also bigger than backhoes - significantly bigger. Whereas backhoes are tractors with a backhoe attachment, excavators are built for the sole purpose of digging and moving large amounts of earth in big construction projects.

What is a Backhoe?

A backhoe is a machine that consists of a tractor, boom, digging bucket, dipper, and a front-loader attachment. Backhoes are smaller than excavators, which enhances their versatility and usefulness for small contractor businesses taking on more modest projects. Backhoes are commonly rented for construction projects in urban areas, where spaces are small and construction projects are often equally small.

Considerations for Choosing Between a Backhoe and Excavator

There are many factors to consider when trying to choose between a backhoe and an excavator. The most important thing to know is what each piece of equipment is typically used for. While excavators are typically used for demolition, drilling shafts, driving piles, mining, and large industrial projects, backhoes are used for loading jobs, farming, snow removal, and medium-scale construction and excavation.

Excavator projects:

Demolition: Excavators are good at demolishing a range of structures, either alone or in partnership with other pieces of construction equipment.
Material Handling: Excavators come with various attachments that can lift heavy materials and move objects from one location to another.
Mining: Excavators can move soil and extract materials from the earth.
Large-scale construction projects: The same capabilities that make excavators good for mining also make excavators good for large-scale construction.

Backhoe projects:

Small-scale construction projects: The backhoe is an excellent option for small-scale construction projects that involve digging, moving earth, and demolishing small structures.
Digging and excavation projects: Backhoes are often used to lay pipes, dig trenches, and install underground cables.
Landscape work: Backhoes can be used in landscaping projects. They are useful for clearing land, planting trees, and other projects.
Moving materials: Some construction workers use backhoes to move large quantities of heavy material.

Size & Design

Excavators are much larger than backhoes. This size difference is one of the main considerations when trying to choose the right piece of equipment for you. The overall size of the excavators makes them an excellent choice for large-scale projects. The small size of the backhoes makes this type of equipment much easier and more versatile on small-scale projects.

Versatility

Backhoes are more versatile pieces of equipment, partly because of their adaptable size and partly because of the wide variety of attachments that can be used with backhoes. Backhoes can also be driven on roads, so they can be used on projects that are spread out over a large area.

Task & Attachment Requirements

Each piece of equipment can be used with a range of attachments. Some examples of the type of attachments that can be used with a backhoe include:

Drills
Hammers
Rippers
Breakers
Rakes
Brooms
Forklifts
Plows

Although excavators also come with their own attachments, they have fewer attachments. Excavators can be used with attachments that help with heavy-duty drilling and demolition.

Functionality & Operational Control

The backhoe comes with a cab that allows the operator to control the loader and backhoe functions. Usually, the backhoe doesn't rotate, which can limit its range of motion.

Backhoes have a wheeled design that facilitates fast and easy transportation from one side of the job site to the other. This makes backhoes a common piece of equipment found in urban settings.

Excavators are primarily used for digging and heavy lifting. They have extended depth and reach, which makes them an excellent choice for larger, heavier tasks that might not be possible for a backhoe.

Range of Motion

Excavators can rotate their entire machine's chassis and arm, making a complete circle. Backhoes are usually capable of pivoting about 200 degrees at maximum. While this may not sound like much difference, the experience from an operator's point of view can be dramatic. As you're trying to choose which type of equipment is best for your purposes, think through each step of the project to help you decide.

Still Can't Decide? Let Us Help!

It's common in construction equipment rental for construction workers to show up with questions. They may ask, should we rent a backhoe vs an excavator? Or is an excavator the right piece of equipment for us? The professionals at Bracing Systems can help. This is one of the benefits of renting vs buying construction equipment . When you rent construction equipment from the experts, you can get expert advice on your equipment rental.

This is why many people turn to Bracing Systems for help with their construction and landscaping projects. We rent equipment and sell materials to construction professionals throughout the Chicago area. For help on your construction projects in Chicagoland and the surrounding area, get started with Bracing Systems. Contact Bracing Systems to learn more about our construction rental, or stop by our Hanover Park location to see our material selection.

Commercial Construction Trends to Know for 2025

Fri, 24 Jan 2025 21:54:49 GMT

The future is here. Construction is more efficient than it's ever been, and it's only improving. This year, the construction industry will see many changes from reliance on artificial intelligence to the use of drones for surveying and other purposes.

If you're working in the construction industry, this is an exciting time. The more you know about commercial construction trends, the more prepared you'll be for the coming year.

What’s Shaping Commercial Construction in 2025?

AI and automated processes are transforming construction, making the industry safer and more efficient. In addition, advancements in construction materials have impacted buildings for the better. Today, buildings are more efficient and more eco-friendly than ever. Building is also easier and faster, and construction companies can operate more safely and efficiently - all because of recent advancements in the industry.

Top 8 Commercial Construction Trends for 2025

If you're in the commercial construction industry, the following changes are only the tip of the iceberg. Check back with Bracing Systems for more information about modern construction practices.

Artificial Intelligence and Machine Learning

Artificial intelligence (AI) and machine learning have been around for a long time, but recent years have seen advancements that have pushed AI and machine learning into the spotlight.

AI and machine learning are important for reducing risks and optimizing processes, so the construction industry is uniquely poised to benefit from these new technologies. Some examples of ways that AI and machine learning have impacted construction:

Prediction and planning: AI can forecast a range of problems from weather delays to material shortages, thus helping construction teams to pivot before the problems negatively impact the job site.
Improving processes: Machine learning is improving construction site efficiency by streamlining scheduling, design processes, and allocation of resources.
Safety monitoring: AI can be used to identify safety issues on the job site, allowing construction companies to make changes before accidents happen.

Advancements in Material Science

2025 may see a dramatic improvement in construction material science. In the buildings and roads of tomorrow, materials that we have used for decades will perform better and more efficiently. One example of this is asphalt, which is now designed to withstand heavier loads and more extreme weather. In the coming year, modern asphalt will crack less, rut less, and perform better than ever.

Other materials like 3D-printed building materials and self-healing concrete are transforming structures and roads. These new materials are better for the environment than materials of years past and are also longer-lasting.

IoT on the Job Site

Devices that form a network of connectivity (often referred to as the "Internet of Things" or IoT) can help teams work smarter and more efficiently. Whether they're alerting operators to necessary maintenance or identifying safety problems on the job site, modern smart technologies can help prevent accidents, breakdowns, and other potential problems that can slow down construction work. IoT technologies are found all over construction sites and can help companies operate effectively.

Modular Construction

Years ago, construction companies built almost everything on-site. Today, modular structures are commonly assembled offsite and then transported to the job site.

This approach can be used for projects big and small and is even utilized in large commercial buildings. There are many advantages to prefabrication including a reduced chance of onsite errors and consistency in quality and construction. Modular commercial buildings also save money for clients, so it's a win all around.

Sustainable Building Practices

Sustainability is more important than ever, and clients of the construction industry predict that their upcoming construction projects will be largely sustainable in 2025. Commercial building owners want their structures to be energy-efficient and made from recycled materials whenever possible.

Metal roofs are one example of sustainable building materials that have risen in popularity. Metal is easily recycled, and many metal roofs already contain recycled material. Using sustainable building materials can save clients money and improve their property value, so it's no wonder this is expected to be a priority in the coming year.

Drones in Construction

Drones can save money and cut waste on construction sites, so 2025 is a year when many commercial construction companies are expected to use drones for everyday activities. Drones can measure stockpiles of building materials with surprising accuracy, and survey locations safely and with ease.

Perhaps this is why at least one study has found that construction companies are adopting drone usage faster than other industries. If your construction company doesn't have a drone, it may be time to acquire one.

Next-Gen Safety Tech

Safety is a number one priority on construction sites, so it's not surprising that there's a strong demand for modern safety equipment. In 2025, more construction companies will begin using modern safety equipment like ergonomic hard hats with chin straps for easy wearing.

Some companies have also adopted the use of a device that monitors worker's health data. This device measures body temperature, sweat rate, heart rate, and activity level to help determine when a worker is in danger.

Construction Robotics

Robots are making an appearance on construction sites, where they complete several tasks that might cause injuries to workers. These robots can set up rebar and do any number of other things that are dangerous or tedious for construction workers. Your construction company can use robots to save money and time while also preventing injuries on the job site.

Bracing Systems: Building for the Future of Construction

Bracing Systems is here to bring your construction company into the future. We offer construction equipment rental and sell construction supplies to construction companies in the Chicago area. Whether you're in need of scaffolding or equipment to enhance construction safety , we can help.

Need more information? Want to rent construction equipment for your construction site in the Chicago area? Contact us to get started.

How to Color Concrete: Methods & Colorants

Fri, 15 Nov 2024 17:49:45 GMT

Written by: Bracing Systems

Your concrete projects take off with concrete coloring. Vibrant colors added to concrete make it more beautiful while adding value to your projects. If you're wondering how to color concrete, this guide can help. There are many concrete coloring methods that you can use to get the work done.

What you do to color your concrete depends on the type and quality of color that you seek, your budget, where the concrete is being installed, and other factors. This guide will review top techniques for coloring concrete, practical tips, how to achieve unique designs with textured finishes, and more.

The Benefits of Colored Concrete

There are many benefits of coloring concrete.

Functionality . Some types of concrete coloring have additional benefits that can help complete your project. For example, colored concrete sealer protects concrete, while dry shake hardeners increase durability.
Add beauty . Coloring concrete brings beauty to your concrete designs, allowing your projects to interact with other aspects of the environment. With coloring, concrete can be matched to colors in the landscape, room, or world beyond.
Get creative . Coloring allows you to be more creative with your concrete projects, delivering value to your clients as you make beautiful designs.

Top Techniques for Coloring Concrete

The concrete finishing tools you have on hand impact how well the coloring endures and what it looks like. Below are some of the top techniques for coloring concrete.

Using Concrete Stains for Rich, Long-Lasting Hues

Concrete stain is an acidic concrete coloring that bonds with concrete quickly. Concrete stains deliver inconsistent color but can be used to achieve special effects. Stain is permanent, and won't wear down or chip off.

Exploring Extrinsic vs. Integral Dyes

There are two types of concrete dyes. Extrinsic (topical) dyes are applied to concrete after it has hardened, often as part of the polishing process. Extrinsic dyes are not UV-safe and will fade when applied outdoors. These dyes are typically used in indoor projects.

Integral dyes are mixed into the concrete while it is still wet before it is poured. Integral dyes deliver a consistent color that is present in the concrete even when the surface wears down over time. Integral dyes never need to be re-dyed and can be used in outdoor or indoor projects.

Concrete Paint: A Flexible, Budget-Friendly Option

Concrete paint is a budget-friendly option that helps seal your concrete while adding beautiful, vibrant color. Concrete paint isn't permanent. Over time, concrete paint will wear down and must be re-applied in order to achieve the same effect. This is a budget-friendly option for projects that require color at a low cost.

Enhancing Durability with Sealers

There are many different types of concrete sealers , including colored concrete sealers. Concrete sealers, like paint, are not permanent. While sealers are an effective tool for adding beautiful color to your concrete, sealers do need to be reapplied regularly. When sealers wear off, so does the color. This is important to consider as you're moving forward with using tinted sealers. It's also important to explain to your clients.

Dry-Shake Color Hardeners: Strength Meets Style

Dry-shake color hardeners can enhance your project's durability while also delivering beautiful coloring to your concrete. Color hardeners can be used to create special effects, or can deliver relatively consistent color across the concrete surface. Color hardeners are shaken across the surface of the concrete.

Practical Tips for Coloring Concrete Successfully

The more you color concrete, the better you'll get at choosing a coloring method and delivering attractive results. Below are some tips to help you meet client expectations.

Choose the right method . Know the options (color hardeners, sealers, concrete paint, etc) and choose the best option under the circumstances. This means knowing which colorants achieve which effects, as well as the pros and cons of each colorant type.
Know the instructions . Follow manufacturer instructions when coloring concrete.
Be safe . Always use proper PPE when working with concrete. Safety goggles and gloves are important, as well as proper clothing to prevent contact with wet concrete. Use a respirator when working with dry concrete and powder.
Choose the right tools . Use high-quality tools that will last. Choose your tools from a supplier you trust.

Choosing Between a Drill or Mixer: What’s Best?

Some contractors like to use a drill to mix concrete, while others choose a mixer. It's important to use the correct tools for concrete mixing . Drills are not intended to mix concrete, even if you're using a mixer attachment, and can burn out when mixing large quantities of concrete. Mixers are best because they're designed to mix concrete. Concrete mixers are far less likely to burn out when mixing concrete and can be used to mix large batches. Don't want to buy a mixer for your upcoming project? Try renting instead.

Test Before You Commit: Start with a Sample

Always create a sample to gauge how your concrete project will look when it's finished. Show the sample to your client to get their buy-in. Consider creating several samples before choosing the best method for your project.

Achieving Unique Designs with Textured Finishes

Textured finishes can be achieved by mixing or overlapping certain types of dyes. Concrete stain also achieves a textured finish appearance, because it etches the concrete for vibrant but inconsistent color. If a textured finish is your desired result, choose the right type of colorant for your project.

Selecting the Right Tools for Professional Results

The concrete tools you use can make or break your concrete project. High-quality, durable concrete tools can last a long time and help you get through your projects efficiently. Buy your concrete tools from a supplier you can trust.

Get Quality Concrete Supplies at Great Prices Today!

Wondering how to color concrete for your upcoming project? We can help. Bracing Systems is your source for decorative concrete supplies . We serve the Chicago area and are one of the largest suppliers of concrete mixing tools in the region. To get started with your concrete coloring project, contact Bracing Systems or stop in at our Hanover Park location to get started.

Best Practices for Pouring Concrete in Hot Weather

Mon, 04 Nov 2024 20:46:40 GMT

Written by: Bracing Systems

The temperature of the air makes a big difference when you're pouring concrete. Whether you're pouring concrete in cold weather or pouring concrete in hot weather, you're bound to be faced with challenges.

Having the right construction supplies and the right information can help make your construction project a success. In this article, we'll talk about how to pour concrete in hot weather. We'll discuss why hot weather is a challenge, what tools can help with the process, and what steps you can take to avoid problems.

Does Hot Weather Affect Concrete Pouring?

Temperatures over 80° degrees Fahrenheit, particularly in the high 80's and into the 90's, can impact the way wet concrete pours and sets. Challenges you may run into in these temperatures include:

Quick setting time. Concrete sets quickly in high heat. This can make finishing your concrete more challenging. If you're not able to finish your concrete before it sets, your slab may have surface deformities and problems with unevenness. This quick setting time also presents a challenge when you're installing control joints. These control joints prevent the slab from cracking, but the fast setting time means there's less time to create joints.
Drying shrinkage. The volume of your concrete will change as it dries. High temperatures can cause extra shrinkage.
Reduced strength. Concrete gets its strength from a hydration process that happens when water is absorbed and crystals are formed. In high temperatures, this process happens quickly, and the mix has less time to hydrate. This can lead to reduced compressive strength.
Increased risk of cracking. The surface of your concrete will dry quickly at high, hot temperatures. If the mix becomes too dry too fast, this can lead to surface cracking.

While it's best to wait for cool weather to pour concrete, this isn't always possible. Fortunately, there are many things you can do to keep your concrete cool during the curing process. Taking steps to protect your concrete from high heat can help ensure that your concrete will set properly, even if you're pouring at high temperatures.

How to Properly Pour Concrete in Hot Weather

There are many steps you can take to pour concrete in hot weather. Using good concrete tools and preparing for your pour in advance makes a big difference. Whether you're a contractor or a DIYer, here's what you can do.

Dampen the Subgrade

Soil gets dry as the weather turns hot. During a pour, the water in your concrete will be absorbed into the surface directly beneath the concrete. Hydrating the soil beneath your concrete before the pour will help prevent this problem from happening. This helps keep your concrete wet for longer.

Time the Pour

The hottest time of day is usually in the mid-afternoon. Pay attention to the weather forecast, and plan to pour concrete during the coolest part of the day. This may mean scheduling your concrete delivery in the morning (if you're mixing off-site) or calling in workers to mix concrete in the early morning. Either way, get organized and have your crew ready to pour concrete early. Get concrete forms ready the day before.

Add Cold Water

Chilled water can help keep your concrete cool. Pour cold water into your concrete and reduce your mixing time. Over-mixing can lead to extra evaporation. If you're mixing small amounts of concrete, cold water in a cooler should be adequate. If you're mixing large amounts of concrete, plan to have an industrial mixer on site.

Use Admixtures

Admixtures are additives that do things like improve concrete strength. Look for admixtures that stabilize hydration or slow the setting time.

Pour as Fast as Possible

Once the concrete is mixed, pour it as fast as possible. Prep your crew the day before, so everyone knows their role and what they can do to keep the process moving. Assign workers different roles like smoothing, setting control joints, and hydrating the subgrade.

Apply Sealant Immediately

Applying acrylic concrete sealer immediately after finishing can help prevent moisture loss. Have the concrete sealer available and familiarize yourself with the application process before the day of the pour. This way, you'll be ready to apply sealer when the time comes.

Protect the Concrete from the Elements

Shade the area from direct sunlight to help keep the concrete cool as it sets. Have a cover or material on hand to protect the surface of the concrete. You can cover the concrete with damp burlap, a curing compound, or plastic sheeting.

Are there Downsides to Pouring Concrete in Warmer Weather?

The hotter it is outside, the harder it is to prevent your concrete from setting up too quickly. Pouring concrete in warmer weather may require you to use more materials, and may require more workers on site to get an even finish and proper joints. This is more expensive and can be harder to orchestrate. Whenever possible, pour concrete in cooler temperatures.

When's the Best Time to Pour Concrete?

The best time to pour concrete is in the early morning if the temperature outside is going to rise over 90° degrees Fahrenheit. Concrete cures best in temperature ranges between 70° and 80° Fahrenheit.

Find Your Concrete Supplies with Us

Pouring concrete in hot weather can be a challenge, but if you're working with quality materials, the job gets easier. At Bracing Systems, we help contractors and DIYers finish their concrete projects. We sell and rent a range of concrete finishing tools , decorative concrete supplies , and more. Bracing Systems is one of the biggest suppliers of concrete finishing materials in the Chicago area. We also rent equipment to help with your concrete projects.

Whether you're pouring concrete at high temperatures or on an ideal day, we're your source for concrete equipment. Contact Bracing Systems to get started with your equipment rental or to find out more about our concrete supplies.

OSHA Scaffold Requirements & Best Practices

Tue, 10 Sep 2024 18:28:24 GMT

Written by: Bracing Systems

If your construction business uses scaffolds to reach high places for painting, renovation, construction, or installation purposes, it's important to follow OSHA scaffold requirements. OSHA scaffold requirements help keep workers and keep your job site safe. Knowing scaffold requirements is an essential part of managing a construction business. Here's what you need to know to maintain compliance with OSHA safety laws.

What Are OSHA's Scaffold Requirements?

OSHA scaffold requirements are intended to ensure that your scaffold platforms are safe. Scaffold requirements are designed to prevent accidents like accidental falls and scaffold overload.

OSHA scaffold requirements include:

Scaffold planking must be able to support its own weight and at least four times the intended load.
Scaffold platforms and walkways must be at least 18 inches wide.
Scaffolding must not be scattered with debris when scaffolding is in use.
Guardrails and/or personal fall arrest systems must be used on scaffolds. Guardrails are required on scaffolding more than 10 feet above the lower level. Guardrails must be installed along open sides and ends.
Fabricated platforms and planks as well as solid sawn wood may be used as scaffold planks. This use should be recommended by the manufacturer, inspection agency, or lumber grading association.
Steel or plastic banding must not be used as a top rail or a mid rail.
People using scaffolding must be trained by someone who is trained to identify hazards. Anyone using scaffolding must be trained to control or minimize hazards. Training must include hazards relating to falls, falling objects, proper use of the scaffold, electrical hazards, and handling of materials.

In addition to the above requirements, scaffolding should be inspected by a competent person who has been trained to assemble scaffolding correctly and identify times when scaffolding is not correctly assembled.

OSHA requirements are numerous. There are many requirements in addition to the ones listed above. To see all the OSHA scaffold requirements, see the OSHA website .

Types of Scaffolds Covered by OSHA

OSHA requirements cover a huge range of scaffold types including:

Float scaffold
Aerial lifts
Carpenter's bracket
Bricklayer's square

To see all scaffolds that OSHA regulates, see the OSHA website .

OSHA requirements cover these scaffolds and lifting platforms because they pose significant safety risks to workers, particularly the risk of falls, which is one of the leading causes of injuries and fatalities in construction and other industries. The key reasons OSHA regulates these specific scaffold types include:

Worker Safety: Each of these scaffold types is used to elevate workers to heights where they are exposed to potential falls, which can result in severe injuries or death. OSHA standards are designed to minimize these risks by setting guidelines for proper use, construction, and maintenance.

Structural Integrity: Scaffolds need to be structurally sound and capable of supporting both the workers and the materials they are handling. OSHA regulations ensure that these structures are built, maintained, and used in a way that prevents collapse or failure.

Fall Protection: OSHA requires specific fall protection measures, such as guardrails, personal fall arrest systems, and safe access, to be in place when workers are on scaffolds. This ensures that even if a worker loses balance, they are less likely to suffer serious harm.

Specific Hazards: Each type of scaffold has unique hazards associated with its design and usage. For example, aerial lifts and scissor lifts involve moving parts and height adjustments, which introduce different risks compared to stationary scaffolds. OSHA tailors its regulations to address these specific risks.

Compliance and Accountability: By regulating these scaffold types, OSHA can enforce compliance through inspections, citations, and penalties, ensuring that employers maintain safe working conditions.

Best Practices for Scaffold Safety

Your construction business must take steps to enforce the OSHA scaffold requirements. The following best practices can help ensure scaffolding safety for your construction site .

Make safety a policy. Write and enforce policies regarding worker training and worker expectations for scaffold use. Work with your safety professional and/or with your construction supervisors to create policies that work in the field while also maintaining compliance with OSHA standards.
Put someone in charge of scaffolding safety. Appoint one person or one team in charge of inspecting scaffold platforms and supervising scaffolding use to ensure scaffolding is erected and used in compliance with OSHA requirements and your worksite policies.
Create a culture of safety at your construction workplace. Safety starts with the people in charge. Workers can only be expected to take safety seriously if their managers are serious about it as well. Create a culture of safety at your construction company by showing that managers, supervisors, foremen, and others in charge all take safety seriously.

Common Mistakes to Avoid in Scaffold Setup

Below are some common mistakes that occur during scaffold setup. Create procedures on your job site (as suggested above) to help ensure these mistakes do not happen.

Failure to secure scaffold base. Securing the scaffold base helps keep it stable when the scaffold is in use.
Failure to use guardrails. Guardrails must be used at all open sides and ends. Failure to use guardrails can lead to accidents, injuries, and even worker deaths.
Improper scaffold assembly. Follow proper procedures for assembling your scaffolding.
Failure to inspect the scaffold and guardrail after setup. Always inspect the scaffold and guardrail following setup to ensure that it's properly installed.

Tools and Products for Safe Scaffolding

Below are some of the tools and products for safe scaffold installation and use.

Scaffold levelers. Scaffold levelers help ensure scaffolding is properly leveled, even when the ground isn't.
Baseplates. Baseplates help keep the scaffold stable during installation and use.
Guardrail systems. Guardrail systems are essential for helping ensure worker safety and are also essential for maintaining compliance with OSHA scaffold requirements. Proper use of guardrail systems helps save lives.

Should You Rent or Buy Your Scaffolding?

When you're trying to decide if you would prefer to rent vs. buy scaffolding, it's important to take into consideration factors like maintenance and scaffolding cost. Businesses that use scaffolding on a regular basis may choose to invest in scaffolding to save money. Businesses that buy their own scaffolding must assume the responsibility of maintaining their scaffolding.

Will Rental Scaffolding Be OSHA Approved?

Rental scaffolding can be OSHA-approved provided that it is properly maintained, installed, used, and inspected. Use the best practices listed above and follow all OSHA scaffold requirements, regardless of whether your business owns the scaffolding you're using, or you're renting scaffolding from another business.

Are You Looking for Scaffolding in the Chicagoland Area?

Bracing Systems sells and rents a range of OSHA-compliant scaffolding products and safety tools to ensure compliance and safety on the job. To learn more about our top scaffolding construction equipment options , or to rent frame scaffolding in the Hanover Park area , contact Bracing Systems . We're a trusted name in construction equipment sales and rental in the Chicago area.

Tools for Concrete Mixing: Must-Have Equipment & Tools

Wed, 19 Jun 2024 18:34:20 GMT

Written by: Bracing Systems

Concrete mixing is a straightforward process that requires a lot of tools to get the job done. If you're a contractor who mixes concrete on a regular basis, you'll need to own these tools to ensure success with your construction projects.

If you're a contractor that only mixes concrete from time to time, construction equipment rental services can be your saving grace, allowing you to rent equipment when it's needed while avoiding the expense and trouble that comes from maintenance.

Bracing Systems rents construction equipment for construction businesses in the Chicago area, including tools for concrete mixing. When you need to mix concrete for your construction projects, we're here to help.

Safety Equipment

First and foremost, use and wear safety equipment for your concrete mixing projects. Wet concrete is a skin irritant that can cause burns and other injuries. Protecting your skin and eyes from wet concrete is important.

Safety Goggles/Glasses

Wear safety goggles that wrap around the sides of your eyes to protect yourself from splattering concrete. If you're an employer, provide safety goggles or glasses for each worker. Workers come in different sizes. Keep a range of sizes on hand for each person.

Gloves

Our hands are our most important tools. They're worth protecting! Wear heavy-duty rubber gloves when mixing wet concrete. Check your gloves from time to time, looking for holes and other areas where your skin could be exposed.

Again, if you're an employer, provide sufficient gloves for all of your workers, in a range of sizes. Gloves need to be made of rubber because concrete is wet and will permeate anything made of cloth.

Work Boots

Work boots are an essential part of the job site, but your standard work boots may not be the best choice when working with concrete. Instead, choose rubber work boots to protect your feet.

Essential Equipment and Tools for Concrete Mixing

Once you're fully protected with the proper safety equipment, it's time to choose the rest of the equipment and tools that you'll need for mixing concrete. Bracing Systems can help you choose the right equipment for your upcoming construction project.

Shovels

Shovels are a traditional tool used for mixing concrete. For very small projects, shovels are still the tool of choice for contractors mixing concrete onsite. Use shovels to move dry or wet concrete from one location to another.

Keep in mind that concrete is heavy, whether it's wet or dry, so it's important to shovel your concrete in small quantities to reduce the strain on your back. Encourage your employees to do the same.

Wheelbarrows and Buggies

Your wheelbarrow makes it easier to transport small amounts of concrete, tools, and debris around the job site. For small (and even large) concrete projects, wheelbarrows come in handy. Like shovels, it's important to limit the weight that you transport with the wheelbarrow. Avoid moving heavy objects that could cause back injuries. Train employees to use caution when transporting heavy items.

Mortar Mixers

A mortar mixer is a piece of equipment that can mix your concrete evenly onsite. Even small projects benefit from a mortar mixer, which can help ensure that your concrete is highest quality. Mixers come in different sizes, so it's important to choose a mortar mixer that matches your needs for the job. If you're renting your mortar mixer from a construction supply company, they can help you choose the product that's best for your job.

Concrete Vibrators

Once the concrete is poured, there may be many air bubbles in the concrete. Contractors use concrete vibrators to get rid of these bubbles. Surface vibrators are commonly used on projects like driveways, and can be used to improve the integrity and appearance of the driveway.

Concrete Dumpers

Concrete dumpers are used to dump wet concrete into the foundation. Concrete dumpers are similar to dump trucks, but smaller, and concrete is poured out of the front of the cab.

Screeds

A screed is a tool that's used to level the concrete once it's poured. Screeds come in different sizes for different projects. Motorized screeds are available for bigger projects. It's important to choose the correct screed for your project.

Floats

A concrete float is a tool that's used to smooth the concrete once it's been leveled with a screed. You may need a few different types of floats on hand to get the work done.

Groove Cutters

Groove cutters put a groove in concrete to prevent cracking and shrinkage. Installing grooves is good for the long-term viability of your concrete slab.

Considerations When Choosing Your Tools & Equipment for Concrete Mixing

When you're choosing tools and equipment for concrete mixing, it's important to consider the quality of the product that you're buying. It's important to consider price as well. This is why many contractors turn to Bracing Systems for tools for concrete mixing. We sell and rent tools of the highest quality to our customers. Here's why people choose Bracing Systems for their concrete materials and tools:

We only sell high-quality products that last.

We're local and committed to our community. We help ensure that our local contractors have access to good tools and equipment.

We sell a range of tools - not just tools for concrete mixing. Contractors choose us because they're drawn to our huge selection.

Looking to Buy or Rent Concrete Equipment?

When you're looking to buy or rent concrete and construction equipment , contact Bracing Systems . We're the tool and material supplier of choice for contractors in the Chicago area. Even if you're laying concrete in cooler weather , we've got the concrete tools you need.

Not sure which materials you need or which type of rental equipment would be best for your project? We can help. Our experts are available to answer your questions throughout the process. Stop in today .

9 Questions to Ask When Renting Heavy Equipment

Thu, 23 May 2024 16:16:06 GMT

As a skilled contractor, you know that purchasing construction equipment isn’t always the most cost-efficient choice for your project, or for your company in general. Renting, rather than buying equipment, allows contractors to shift the high start-up cost of a large purchase to a rental agency. Through masonry equipment rentals , contractors can save on the fixed and variable the costs of equipment maintenance and repair.

Before You Rent: What to Ask

If you’ve chosen to rent heavy machinery over purchasing, the next decision you’ll need to consider is which rental company you’ll go with. Here are some important points to weigh when choosing a partner for the job:

1. How Do I Determine the Best Equipment for My Needs?

Consulting with your project team or industry experts can provide valuable insights into the best equipment options for your needs. Choose equipment that suits your project's size, capacity, and functionality, ensuring a smooth workflow and maximizing productivity. With careful planning and consideration, you can select the right equipment to meet your project's demands.

2. What Is the Optimal Rental Period for My Project?

Consider the duration of each task and any potential delays that may arise. Additionally, reach out to rental companies like Bracing Systems for guidance based on their experience and the availability of equipment. Strive to strike a balance between completing the project efficiently and minimizing costs.

3. What Are the Total Costs Involved in the Rental?

Aside from the rental rate, consider factors such as delivery fees, insurance, fuel costs, and any potential penalties for late returns or damages. Request a detailed breakdown of costs from the rental company to ensure transparency and avoid surprises. By carefully assessing the total expenses upfront, you can make informed decisions and avoid budgetary pitfalls during your project.

4. Is the Equipment Maintained & In Good Condition?

Ensuring the equipment you rent is well-maintained and in good condition is crucial for the success of your project. Inspect the equipment thoroughly before use and confirm that the equipment has been properly maintained to meet the needs of your project. By renting from reputable providers like Bracing Systems, you can rest assured that the equipment is properly maintained, reducing the risk of downtime and most importantly, safety hazards.

5. What Are the Key Terms of the Rental Agreement?

Understanding the key terms of your rental agreement is essential to avoid any misunderstandings or unexpected costs. Take the time to review the rental agreement carefully and clarify any terms or conditions that you are unsure about. Pay attention to details such as rental duration, payment terms, insurance requirements, and liability clauses. If in doubt, don't hesitate to ask the rental company for clarification. Clear communication and understanding of the terms will ensure a smooth rental experience.

6. Is Operator Training Provided by the Rental Company?

Many reputable rental companies offer training sessions conducted by experienced professionals to familiarize operators with equipment operation, safety protocols, and maintenance procedures. Prioritize the participation of your team members in these training sessions to enhance their skills and confidence in handling the equipment effectively. Investing in operator training demonstrates a commitment to safety and helps prevent accidents and downtime during project execution.

7. Does the rental company have the ability to repair the equipment they rent out?

Everything eventually breaks. That’s why your rental partner should have the capability to provide both preventative and corrective maintenance for all the machines they rent. Working with a rental company without the ability to fix their own equipment adds an unnecessary layer of stress and coordination to an already complex job.

8. How Well Do They Screen Their Equipment Suppliers?

The rental company you choose should carry the leading brands, and only brands that manufacture tested and reliable equipment. One of the biggest advantages to renting over purchasing equipment is the ability to take the guess work out of your machinery procurement. For this reason, rental companies must only work with suppliers with stellar reputations.

9. Do They Offer a Wide Selection?

The flexibility and convenience of renting versus buying is unmatched. Because of the advent of the equipment rental industry, small to mid-size contractors have the same access to expensive equipment as their large-firm competitors. For all contracting firms, regardless of size, a piece of equipment that isn’t used enough to justify its high purchase cost can still be utilized when necessary.

That’s why it’s crucial that the rental company you choose offers a wide selection of heavy machinery . One of the biggest of perks of renting is the access to specialized machines that aren’t used in every job. Your company deserves the benefit of niche equipment when you need it.

Your rental partner should have a fully stocked parts warehouse , with numerous parts already on the shelf. They should also have access to manufacturers for next day delivery, so your job doesn’t lag in the event of an unexpected issue.

Your Search for Construction Equipment Rentals Ends Here

Are you looking to rent construction equipment from a trusted company? You’ve come to the right place. At Bracing Systems, we have an 11-acre inventory of the major leading construction equipment brands for rental. We also pride ourselves on our ability to repair all the equipment in our inventory.

Contact our team for general advice, or to inquire about a specific construction equipment rental. We’re always happy to help kickstart your project or get your job back on track. Give us a call at (630) 665-2732 or get in touch online.

What is Road Base and Why Does it Matter for Contractors?

Thu, 04 Apr 2024 15:59:56 GMT

Written by: Bracing Systems

Roads are important to our cities and rural areas. They connect people to each other and are an important part of our modern society, making it possible to reach long distances safely by motor vehicle. Typical roads are made up of many layers including subgrade, road base, and a surface layer (asphalt, concrete, etc).

Road base serves an important function. Understanding what is road base, choosing the right material for road base, and applying it properly to roadways you're building is important for constructing strong roads. If you're a construction contractor, it's also important to get your road base from a material supplier you can trust.

At Bracing Systems, we're committed to helping construction contractors build strong and long-lasting projects by selling them construction materials and supplies they can count on. We service Hanover Park , Mokena IL , and the greater Chicago area.

What is Road Base in Construction?

Road base is the layer of a road that comes between the subgrade and the top layer. Road base is used to strengthen the top layer (asphalt or concrete), and provide drainage. Road base also helps distribute weight, to reduce cracking of the road over time.

Road base can be made of many different types of materials. The type of material that you choose for your road base should depend on factors like the climate, your budget, and what kind of traffic you're expecting on the road over time.

Importance of Road Base in Construction Projects

Road base serves many purposes, but first and foremost, road base is a foundation material for asphalt or concrete. Road base provides stability for the surface finishing material.

Road base is spread out evenly and compacted, so the weight of the surface material can be evenly distribute across the roadway. This creates a stable foundation that prevents the roadway from sinking in places or cracking. Road base also provides drainage, enabling rain water, and flood water to run off of the paved surface.

Looking for Supplies for Your Next Project?

Whether your project involves road base or other construction needs, Bracing Systems has you covered. We offer a comprehensive range of construction supplies and equipment , available for both rent and purchase, including forming systems, scaffolding , and safety equipment. Our products are built to handle the demands of any job, ensuring your project’s success from start to finish. Explore how Bracing Systems can equip you with the right tools and materials today.

Applications of Road Base

Road base can be used for paved surfaces including roads, driveways, parking lots, and walkways. Road base can also be used for driveways that have not been paved. Referred to as "road base driveways," they can also be simply referred to as "gravel driveways."

Types of Road Base Materials

There are several types of road base material, including gravel, crushed rock, sand, and more. The type of road base material that you choose to use should depend on a variety of factors. Choosing the right road base material is important for ensuring the paved surface will last as long as possible.

Gravel

Gravel is a fine stone that has a relatively smooth texture. When smoothed out, gravel is easy to distribute evenly with few potholes or sunken areas. Gravel is a commonly used material for road base (unpaved) driveways.

Crushed Stone

Crushed stone is more jagged than gravel and comes in a range of shapes and sizes, for a more uneven appearance when laid out and compressed into the subgrade.

Crushed Concrete

Crushed concrete is similar to gravel in many ways, but has some advantages for certain projects. As a recycled material, it's an eco-friendly option. Crushed concrete can also be more affordable. It also compacts nicely.

Asphalt Millings

Asphalt millings are similar to crushed concrete in that they're a green option compared to gravel. Asphalt millings can also be cheaper than gravel. One of the most attractive features about asphalt millings is that they tend to harden with time and rarely need to be refreshed.

Crushed Brick

Crushed brick is similar to crushed concrete. This material is eco-friendly because it's made from recycled materials. Compared to gravel, crushed brick is uneven in size and can include some large, jagged pieces. Like crushed concrete, crushed brick can be more affordable than gravel, so if your project is on a tight budget, this is a product to consider.

Stabilized Soil

Stabilized soil is soil that's been mixed with other materials to create a stabilized road base.

How to Choose the Correct Road Base?

Selecting the correct road base is important to ensure the longevity and durability of the paved surface. There are many factors to take into consideration when choosing the correct road base for your project. Work with the customer and their budget to make the right selection.

Climate

Exposure to rain, freeze/thaw cycles, heat, and dry weather can all impact the durability of the road as well as the type of materials to be used. Consider how well the road base drains as well as the variable temperatures throughout the year as you choose the correct road base for your project.

Cost

Budget is always a factor in construction projects, as some materials cost a lot more than others. Keep in mind that when durability is reduced by using low-cost materials, it's important to communicate this with the customer.

Available Materials

Check with your local material suppliers to find out which materials are available in your area. The type of materials available may be impacted by which materials perform best in your local climate.

Traffic

What type of vehicles will use the roadway and how often? Some vehicles can tear up the road more than others. Knowing how much traffic and wear and tear to expect for your paved surface can help you choose the best material for the job.

Bracing Systems: Your One-Stop Shop for Construction Supplies

Bracing Systems is your one-stop shop for construction supplies in the Chicago area. We sell materials like road base and other construction materials for construction projects of all kinds, including paving projects. We also rent equipment to construction outfits and DIYers in the Chicago area. Contact us today to learn more about our construction materials and rental equipment for your next big construction job.

Best Practices for Pouring Concrete in Cold Weather

Mon, 26 Feb 2024 17:38:33 GMT

Written by: Bracing Systems

The way you pour your concrete matters. Following the proper procedure is important for ensuring that your concrete will be strong, free of cracks, and durable. The procedure for pouring concrete changes as the temperature changes. When you're pouring concrete in cold weather, it's important to follow a specific procedure to ensure that your concrete will last.

If you're a construction contractor, it's important to follow the cold-weather concrete pouring procedures to ensure a good work product for your customers and to prevent delays with your projects. Here's what you need to know about pouring concrete in cold weather.

Will Concrete Set in Cold Weather?

While concrete can set in cold weather, colder temperatures can cause the concrete to weaken. In fact, the American Concrete Institute (ACI) reports that concrete that freezes before it has cured can weaken the strength of the concrete by up to 50 percent. Concrete that is weakened in this way will become brittle, and will not last as long.

What Temperature Is Too Cold to Pour Concrete?

The colder it gets outside, the slower the concrete sets. The best temperatures for pouring concrete are temperatures higher than 40 degrees. Concrete will set at temperatures below 40 degrees, but special procedures must be followed to prevent the concrete from freezing.

Concrete should not be allowed to freeze within the first 24 hours of pouring, and should be kept above 41 degrees Fahrenheit for the first 48 hours. If the concrete is meant to carry heavy loads, like a foundation, then the concrete should spend at least 20 days at minimum temperatures of 50 degrees, to ensure the strength and durability of the finished product.

When Should You Follow Cold-Weather Concrete Pouring Steps?

The American Concrete Institute (ACI) says that cold-weather concreting occurs when the average temperature of the air is below 40 degrees for three days and falls below 50 degrees Fahrenheit for more than half of any 24-hour period.

How to Tell if Concrete Froze

Concrete that freezes while it cures may feature ice crystal formations on the surface of the concrete. In addition, flakes of concrete may pop off of the surface following the curing process. If the damage is minor, you may choose to leave the concrete as-is. If the flaking is major, you may choose to repair or replace the concrete.

How to Keep Concrete from Freezing

Construction work happens all year round, which means contractors need methods they can turn to when setting concrete during cold weather. Fortunately, there are things you can do to keep concrete from freezing.

Use the Right Concrete Mix

Find a concrete mix that's meant for pouring in cold weather. These products may set faster than other types of concrete, although it's important to keep in mind that concrete that sets too rapidly may become weak.

You can find which types of concrete are best for setting in cold weather by purchasing your concrete from a knowledgeable supplier that you can trust. Sometimes this means determining whether to buy from a local supplier vs an online retailer . Contractors who live and work in cold climates are often better off buying their supplies from a local supplier that knows exactly which products will fare best in their environment and location.

Monitor the Temperature and Weather Forecasts

Pay close attention to the temperature and weather forecasts when trying to decide if it's the right time to pour your concrete. Keep in mind that it's best not to pour concrete when temperatures fall below 40 degrees Fahrenheit.

Preheat Materials (Aggregates & Water)

If you must pour concrete at a time when the temperature outside will be cold, it's best to preheat your materials (including aggregates and water), so that your concrete will start at a warm temperature. If pouring large amounts of concrete, the ready-mix product should arrive on-site at around 65 degrees Fahrenheit. If you're mixing the product on-site, mix warm aggregate with hot water on location.

Protect Subgrade

Protecting the subgrade before pouring the concrete can help. Establish windbreaks around the site. Dampen the ground before pouring concrete.

Avoid Rapid Drying

Rapid drying can weaken the concrete. You can prevent this from happening.

Use Insulating Blankets, Windbreaks, and/or Enclosures. Protect the space where the concrete dries using insulated blankets, windbreaks, and/or enclosures. Using insulated blankets and forms can also help hold in heat, which prevents the concrete from freezing.

Apply Curing Compounds . Applying curing compounds can help the concrete retain moisture and complete the curing process at the correct pace. Follow the manufacturer's instructions whenever using curing compounds. If you have questions, you can speak with your material supplier for more information.

Leave forms up for as long as possible. Formwork helps concrete retain moisture, especially in the outer areas, like corners, where drying often happens too rapidly. Leaving up the formwork for as long as possible can help your concrete cure at the desired rate.

Curing Concrete During Cold Temperatures

Curing concrete in cold temperatures is a sensitive process. If you're not experienced with this process, consult with experts to ensure the work is done correctly. At Bracing Systems, we're happy to answer your questions and give you advice as you buy supplies from our stores.

Bracing Systems: Your Source for Concrete Material

Bracing Systems is a trusted name in construction in the Chicago area. We sell a variety of tools for concrete work , including different types of concrete sealers and a variety of concrete and mortar products that help contractors get the job done. In addition to selling tools for concrete work, we also rent large pieces of equipment to contractors who need quality tools at affordable prices.

Not sure if renting or buying construction equipment is more cost-effective? Call us to explore our fair pricing. Keep in mind that we maintain all of our equipment pieces to ensure safety as well as quality. Contact us to learn more.

Concrete vs. Steel in Construction Projects

Wed, 07 Feb 2024 17:57:19 GMT

Written by: Bracing Systems

Steel and concrete are two of the most important building materials in modern construction. Both materials are used in building everything from the tallest buildings to the lowliest utility sheds. As construction supplies go, both play an important role in structural engineering and building design.

However, it's important to understand the differences between these two materials. If you're seeking concrete finishing tools and construction equipment rental services , Bracing Systems is here to help. We can also help you decide between steel and concrete. Here's what you need to know.

Concrete Construction

Concrete is used to create foundations, walls, and floors. Concrete has many benefits. It's strong, durable, and long-lasting. It can also be molded into many forms and can be reinforced with steel for an extra strong construction. There are multiple types of concrete, including plain cement concrete, reinforced concrete, and prestressed concrete.

Plain Cement Concrete

Plain cement concrete, also called PCC, is a mixture of sand, cement, and coarse aggregate. PCC can be used to create pathways, foundations, and flooring. PCC has no reinforcing material. When mixing PCC, it's very important to get the correct ratio of solids to liquids and to follow any instructions for mixing at the right temperature. All of this can impact the strength and durability of the PCC.

Reinforced Concrete

Reinforced cement concrete, also known as RCC, is made up of cement, gravel, and water, then it is reinforced with steel or iron. There are different types of rebar that contractors use in concrete, depending on the type of structure they're working on and the environment where the concrete is laid. A structural engineer can help you decide which type of rebar is best for your projects and structures.

Prestressed Concrete

Prestressed concrete, also called PCC, is a type of concrete that is created through a process wherein compressive stress is applied to the concrete through means such as steel tendons, wires, or alloys. This creates a flexible product that is highly durable. Prestressed concrete is not reinforced with rebar like RCC.

Steel Construction

Steel is a highly durable, long-lasting, flexible building material that is often used alongside concrete to create some of the world's most impressive structures. Building with steel is fast, and steel also has an overall resilience that really shines compared to concrete. Steel is more affected by fire and can come with higher insurance premiums, but many people choose to build with steel because it comes with many great advantages.

Concrete Structures vs Steel Structures

When trying to decide whether to build with concrete or steel, you'll have to consult with an architect and structural engineer. It's also important to consider the purpose of the goals for the structure, since steel and concrete are very different materials.

Which Material Should You Use in Your Construction Project?

So, which material should you use for your construction project? Making this decision can be difficult. Have consultations with your client as you assess their needs and vision for their project. Know the differences between these two types of materials, so you can give your clients the information they need to know to make an informed decision as they're working with the experts to create a design they like.

Strength

Steel has the highest strength-to-weight ratio of building materials. In fact, steel is eight times stronger than concrete in shear and tension. Steel also has better resistance to compressive, tensile, and flexural stress. This strength makes steel a preferred building material for many people.

Durability Across Weather Conditions

Steel must be protected from moisture to avoid rusting. Concrete is porous and can absorb water in the environment. In freeze-thaw cycles, concrete can crack. Both materials must be treated properly to be protected from various weather conditions. However, concrete is far more durable in the face of wind and abrasion from flying debris.

Concrete is heavier and more capable of withstanding high winds. In this case, some building codes may determine what type of material must be used for each structure, because each building erected must be capable of withstanding exposure to the typical weather in the area.

Fire Resistance

Compared to concrete, steel is not especially fire-resistant. Steel requires added batt, foam, board, and other insulation barriers to protect the structure and make it more fire-resistant. No matter what the building is made from, it will require insulation to be protected from fire, but concrete needs it less and is overall more resistant to damage from fire.

Sustainability

Steel is incredibly recyclable. Nearly all steel structures on the market today are made from recycled steel. Concrete is made from natural materials, which makes it somewhat sustainable. However, concrete is not nearly as recyclable as steel.

Weight

Steel is a much lighter material than concrete. This makes it easier to create steel structures that have lithe and interesting formations compared to concrete, which needs bulkier overall shapes in order to remain upright. Some experts say that steel is approximately 60% lighter than concrete.

Cost

Partially because concrete weighs so much, steel is far more economical. In fact, steel requires less labor due to easier handling and transportation of the material. It's also much faster to install, and that too makes it less costly. Concrete's many ingredients also play a role in its cost. Some studies show that steel costs between 5 and 7% less than reinforced concrete.

Bracing Systems as Your Construction Material Supplier

As your construction material supplier in the Chicago area, Bracing Systems offers tools for concrete jobs and different types of concrete sealers in construction . We rent tools to make your projects easier and more affordable. Want to know about steel vs concrete or about Bracing Systems ? Ready to get started with our construction tools? Contact us today to get started on your upcoming steel building, concrete structure, or other project.

Concrete Fiber Mesh vs Wire Mesh: Which Should You Use?

Wed, 07 Feb 2024 17:28:43 GMT

Concrete can be reinforced with two different types of mesh: wire and fiber. These two materials are very different from one another, with each type having advantages and disadvantages that should be recognized. In this article, we'll go over those differences to ensure that you're able to pick the right type of mesh for your project , no matter what you're building or rebuilding.

What Is Wire Mesh?

Wire mesh reinforced concrete is a wire mesh that's positioned in the middle of concrete as it is poured . Once the wire mesh is in position inside the concrete, the concrete is left to cure. The purpose of the mesh inside the concrete is to prevent the concrete from cracking, and to improve the concrete's flexural strength. Wire mesh is kept in place with spacers and wire ties.

To install wire mesh in concrete, the wire mesh is laid down first, and concrete is poured on top of the mesh. Once some concrete is poured on top of the mesh, the mesh is lifted to be positioned partway up the thickness of the concrete rebar . Finally, more concrete is poured over the mesh, and the concrete is allowed to cure with mesh in the middle.

When to Use Wire Mesh in Concrete

Wire mesh is suitable for horizontal slabs. Wire mesh comes in rolls that is cut to size and laid down in the area where the concrete is poured. The concrete is poured on the mesh, and then mesh is lifted slightly to be positioned in the middle of the concrete. Wire mesh is easily tangled and needs to be detangled before it can be laid down for the pour.

Advantages of Wire Mesh

There are many advantages and benefits of wire mesh, including:

Wire mesh bars don't shift their position when the concrete is poured on top, because they're welded together in a grid. This ensures the mesh is doing its job.
Wire mesh bars come in rolls that are easily transported onto the jobsite.
Because mesh bars don't shift their position when concrete is poured on top, installation is relatively simple.

Disadvantages of Wire Mesh

Wire mesh can take up more space on the jobsite compared to fabric mesh, which is easily transported in bags. In addition, rolls of mesh can become tangled with each other, which can slow progress. Wire mesh can also deteriorate over time.

Cost of Wire Mesh

Wire mesh costs an average of $1.04 and $1.21 per square foot. This does not include any labor costs or time spent on installation.

Your most reliable source of construction equipment and contractor supplies.

What is Fiber Mesh?

Fiber mesh is a mesh made up of a variety of materials including glass fibers, natural fibers, synthetic fibers and steel fibers. Fiber mesh concrete can be used in patios, sidewalks, pathways and driveways. Fiber mesh helps concrete retain its toughness and improve its impact resistance.

Unlike the wire mesh, which is laid down in a single layer throughout the concrete, fiber mesh is mixed evenly into wet concrete before it's poured. There are two types of fiber mesh that help protect concrete: microfiber and macrofiber. Microfiber is a very thin mesh that helps prevent the concrete from cracking while it's still wet, and macrofiber helps keep cracks in dried concrete to a small, manageable size. Because wire mesh is distributed evenly throughout the concrete, it provides support throughout the concrete structure.

When to Use Fiber Mesh in Concrete

Fiber mesh is appropriate for flooring applications and delicate concrete forms. Fiber mesh is also appropriate for pillars, beams, and bridges, but only when paired with steel reinforcement.

Fiber mesh comes in water-soluble bags in pre-determined weights. The bags are added to the back of the mix truck during the concrete's final mixing stages . The fibers need to be well mixed in order to be properly distributed throughout the concrete, so the truck spins the concrete on high speed. Fibers that are not given adequate time to mix with the concrete will form clumps.

When the concrete is ready to be poured, it's poured in the same manner that traditional concrete is poured. Pouring mesh fiber concrete is quick and efficient. This process requires less labor and fewer people, compared to wire mesh.

Advantages of Fiber Mesh

There are many advantages and benefits of fiber mesh, including:

Fiber mesh is easy to work with. It does not become tangled up like wire mesh, and mixing it with a load of concrete is easy.
Synthetic fibers in fiber mesh is corrosion resistant.
Fiber mesh is generally cheaper than wire mesh.

Disadvantages of Fiber Mesh

While fiber mesh is overall easier to use than wire mesh, there are some disadvantages to using this product, including:

Clumping. Synthetic fibers are prone to clumping together. If enough time is spent mixing the fibers in the wet concrete, it will mix evenly.
Time consuming. It's important to allow fibers enough time to mix with the wet concrete before laying it down.
Fibers can appear in the surface of the concrete. The synthetic fibers can poke up through the surface of the concrete.

Cost of Fiber Mesh

Fiber mesh costs between $0.13 and $0.38 per square foot, depending on the type being installed.

Fiber Mesh vs Wire Mesh: Which to Choose for Your Project?

Fiber and wire mesh can often be used interchangeably in flooring applications. Fiber mesh is more appropriate for delicate concrete forms and thin layers of concrete, versus wire mesh, which is generally used for thicker concrete forms.

To get the best mesh for your upcoming concrete project , contact Bracing Systems. Call today to learn more about our fiber and wire mesh for concrete. We only sell the highest quality construction materials and products in Hanover Park and the Chicagoland area. Contact us today to get started on your order for wire or fiber mesh for concrete, or to learn more about wire mesh vs fiber mesh.

10 Tips on Construction Safety at Project Sites

Wed, 15 Nov 2023 20:33:19 GMT

Written by: Bracing Systems

Construction is one of the most dangerous industries, and being a contractor is one of the most dangerous professions. Safety on the job site saves lives and keeps construction going. Without safety protocols in place, workers lives are at risk.

There are many things that you can do to stay safe on the job site. In this article, we'll go over ten essential construction safety tips that can help keep your construction projects safe for your workers and anyone present.

Construction Safety Tips on Project Sites

1. Implement Safety Protocols for Common Procedures

Most likely, your workers go through a lot of the same procedures on different work sites. Have protocols in place for those common procedures that everyone must do. Practice the protocols until they're second nature, and when a new person is hired, put them through training until they can comfortably go through those protocols themselves.

Have a training manual on hand on every job site, with the procedures documented inside. This way, if there's ever a question about what the protocol is, your workers will know what to do.

2. Educate Your Workforce

Have regular training meetings, either at the start of each week, or even at the start of each workday. Make safety a constant conversation between supervisors and workers. This creates a culture of safety and helps ensure that everyone knows what they need to do to keep themselves safe. Having these training meetings also shows that you're serious about keeping your workforce safe, and creates an environment wherein even when someone forgets a safety procedure or rule, others will remember.

3. Always Wear PPE

PPE is an essential part of every construction site. PPE needs to be worn for various activities during construction. Safety glasses, N95 masks, safety boots, safety gloves - all of these commonly recognized items are essential PPE on the construction site. Everyone on the job site needs PPE, whether that's a hard hard, metal-tipped boots, or ear protection.

Make PPE available and reinforce to workers that they must wear the required PPE whenever on the job site, no exceptions.

This will help build a culture of safety and ensure that your workers are doing what they need to do to stay safe.

4. Always Be Aware of Surroundings and Follow Signs

There's often a lot going on at the job site. The bigger the job site, the more activity you can expect. Being aware of those activities on the job site is important. Train workers to maintain vigilance on the job site. During daily safety meetings, go over the activities of the day to ensure that everyone present knows what's going on and can watch for those activities.

5. Ensure Everyone Understands the Project and Has Clear Instructions

Start every new project with an overview of what will be accomplished. All workers, foremen, supervisors, managers, and project managers need to be aware of the various components of the job site, especially if they will be present when those activities are taking place. Understanding can lead to smart decisions and can prevent accidents.

6. Keep the Project Site Tidy

Clean up the job site at the end of every day. Put away tools and cover anything that could be exposed to rain. Clean up cords and litter. Keeping the project site tidy can prevent trips, falls, and other accidents.

7. Ensure Tools and Equipment is in Good Working Condition

Tools that are in poor working condition can lead to job site accidents in a variety of ways. Frayed cords can cause electrocution, masks that have been worn too many times may become ineffective, and safety glasses that are too scratched may hinder the site more than promote it. Using good equipment and good tools can keep your workers performing on the job site, with efficiency and competence.

Make a protocol that requires workers or supervisors to inspect tools and PPE before each project, or even before each day. Teach workers how to recognize the signs that a piece of equipment is no longer working properly, and encourage them to say something when their tools are no longer in good condition.

By creating an environment where it is expected that old tools are retired to be replaced with new tools, you can ensure that your workers will always have what they need to get the job done safely.

When a piece of equipment is experiencing a problem, get your equipment repaired by an entity you can trust.

8. Use The Right Equipment for the Right Task

Make a list of tools and equipment that are required at the start of every project. If you don't have those tools, purchase or rent what you need. Remember that purchasing tools makes you responsible for the maintenance and upkeep. When you rent, the company you rent from will handle that for you. Always rent equipment from a company that you can trust to maintain its equipment properly.

9. Report Issues Immediately

Teach workers that they have a responsibility to come to managers or supervisors when there's a problem on the job site. Whether it's a piece of equipment that isn't working properly, a question about job site safety, or a concern that some workers aren't following protocols, all workers should come forward with their concerns as soon as they arise.

10. Have an Emergency Response Plan

Sometimes things go wrong. Having an emergency response plan in place can help keep workers safe. Have an evacuation route in the event of a fire, know what to do if an earthquake occurs, and should a bad storm arise, have a protocol in place. Go over these emergency procedures with workers during safety meetings. Encourage workers to ask questions and engage during safety meetings, so you can know that your workers are paying attention and understanding during these conversations.

Bracing Systems Has Everything You Need for Construction Projects in One Place

Construction safety is important! That's why Bracing Systems only sells and rents the best quality tools and materials for your construction projects. We're committed to safety in the construction industry, and we hope you are too. Call today to get started with your material purchase or scaffolding or material rental.

Where to Source Your Construction Supplies: Local vs. Online Retailers

Thu, 10 Aug 2023 19:42:17 GMT

When you're a construction contractor, the question of where to buy materials comes up frequently. Materials, including their costs and availability, can affect everything from the flow of work to the cost of the job. Finding the right supplier can help you avoid disruptions in project progress and delays that can harm your reputation. Finding supplies at a good cost can also support healthy profits white ensuring a lower cost for your clients. In other words, the supplier you choose can affect the success of your business.

For some contractors, the question comes down to whether they should buy local building materials or supplies from online retailers. When making a decision, it's important to recognize the differences between these two types of suppliers, so you can choose the one that's right for your business.

What to Consider When Sourcing Materials

When you're trying to decide where to source your materials, there are several factors to take into consideration. Overall cost, transportation costs, quality, and environmental benefits all make a difference.

Overall Cost

Overall cost of materials can impact the price when you're bidding on jobs as well as the profits you make. Overall costs make a big difference, and can vary depending on many factors.

Some local suppliers may offer discounts to contractors to keep their business, while some online retailers may offer discounts because they operate on a large scale. Comparison shopping is necessary at the beginning, to find the contractor that offers the best deal overall.

Transportation Costs

Online suppliers charge delivery costs, and those charges can add up. Transportation costs for local suppliers are much lower, and for contractors who pick up their own materials, transportation costs from local construction supplies are no more than the cost of a tank of gas. Don't forget to add transportation costs to the final cost of your materials.

Quality

Quality is vitally important when you're choosing materials for a construction project. The difference between a straight wooden beam and a warped wooden beam, for example, can impact the beam's usefulness. Being able to inspect the materials and look for materials of the best quality is important. Local construction supply companies allow contractors to visit the warehouse and select the material for themselves. Meanwhile, online suppliers send whatever they send, and contractors must deal with the quality, whatever it is.

Environmental Benefits

For businesses that prioritize having a lower carbon footprint, buying from a local material supplier can help keep the business green. Some contractors like to keep their business environmentally friendly, while others simply work with customers who care about using environmentally friendly materials. Whatever the case, working with a local material supplier with locally sourced materials can reduce how many fossil fuels are required to get the materials to their final destination.

Availability

For local building materials that originate in nearby communities, it's easier to get the materials if they're locally sourced. Even after the materials run out, they'll require less transportation time to arrive at a local supplier, and should be back on the shelves soon after they're made. This can make local suppliers a much more reliable and efficient source for the materials that contractors need.

Benefits of a Local Retailer

Local retailers have an investment in their community. Local businesses rely on their local customers - and their customer's success - in order to thrive. Local businesses often give back to their communities, and make decisions based on what's best for the customer. After all, what's best for the customer is best for the businesses that rely on the customer.
You can see the materials in person. If you're a construction contractor, visiting local suppliers allows you to see the material in person and choose the right supplies for your upcoming project. When looking for materials in person, it's easier to compare supplies and make the determination which type of supply is best.
Best prices. Lower delivery fees often allow local material suppliers to charge lower rates for the supplies they sell to contractors.
Local retailers may rent equipment as well. Renting equipment like scaffolding can save a lot of money, and many local retailers rent equipment to contractors.

Benefits of an Online Retailer

Online retailers make shopping easy and convenient. When working with online retailers, contractors need only place an order and wait for the materials to arrive. This is often more convenient than local retailers, which do often require contractors to show up in-person to select their materials. As long as the supplies the online retailer ships are in good condition, then the online retailer can save the contractor time.

Local Retailer vs Online Retailer

Trying to find the right material supplier for your construction business can be challenging. When deciding, the following tips can help:

Compare prices between retailers. Keep in mind that cost isn't everything. Cost and quality are often related, so if you're paying a lower price, it's important to verify that the materials you're buying are quality.
Find out if the local supplier offers special deals. Local suppliers may offer special deals to contractors that shop at their stores.
Compare the quality of the materials. An online retailer that can't deliver quality materials is not worth much to a contractor that needs to deliver a quality product to their customers.

Where Should I Source My Building Materials?

If you live in the Chicagoland area and need to find the right material supplier for your business, Bracing Systems may be the right supplier for you. Bracing Systems has two locations in the Chicago area:

4N350 Old Gary Ave
Hanover Park, IL 60133

and

9660 19th St.
Mokena, IL 60448

Come to our locations to find out more about the benefits of buying from local construction supplies companies. See what a difference it makes to work with a business that cares about your success. Contact us today.

Scaffolding Safety for Construction Sites

Fri, 12 May 2023 21:08:25 GMT

Is your construction company in need of scaffolding? Will you be renting scaffolding for an upcoming construction project? If so, it's important to know the tenants of scaffolding safety and to follow those rules. Following best practices around scaffolding can help keep your workers safe.

Scaffolding Safety Training

Any time you're hiring workers to work with a large piece of equipment, it's important to provide them with proper safety training. Hopefully, you already hold daily safety meetings with your workers. Include scaffolding training in those meetings.

Scaffolding safety training should include basic operation of the scaffolding, how to tell when there's a problem, and some basic information about what not to do with the scaffolding. Training your workers to be safe with any type of equipment can stop accidents and save lives.

Scaffolding Safety: Do's

Use Proper Safety Equipment

A scaffolding's height makes it important to wear proper safety gear during operation. Basic examples of safety gear that your workers should wear include hard hats, non-slip footgear, and fall arrest equipment. As you're training workers, show them how to wear it and use it to ensure your workers are safe.

Assemble Properly

Follow all instructions provided by the manufacturer when assembling (and disassembling) scaffolding. Build your scaffolding on level ground. Have one person on the premises during the construction. If you are renting from a rental equipment company, they may perform assembly for you. Find out at the time of rental if this is a service they will provide.

Stay Up to Date with Regulation

Scaffolding use is regulated, and regulations can vary from one location to another. Stay in compliance by staying up to date with the various regulations, including all OSHA regulations and local regulations. Know the scaffolding laws where you're working, so you can avoid breaking the law and causing an accident.

Inspect the Scaffolding

Scaffolding is subject to wear and tear like anything else. Inspect your scaffolding before each use. Look for cracks, improper assembly, damage, or rust and corrosion. Be sure that the parts all match properly.

Don't Overload the Scaffolding

Scaffolding has a load limit, so when you're assigning workers and equipment, it's vitally important not to overload the scaffolding. Know and respect the load limits to ensure that your scaffolding stays up.

Give Heavy Vehicles Proper Clearance

Know how much clearance heavy vehicles are required to give your scaffolding, and provide that clearance. Set up barriers between heavy equipment and your scaffolding.

Maintain Your Scaffolding Properly

Know how to maintain your scaffolding. Store it properly when it is disassembled. Keep your scaffolding in a dry location where it is not subjected to damage or wear.

If you rent your scaffolding, rent from a company that maintains its equipment and has a reputation as a good construction equipment rental company.

Know the Weather Predictions

Maintain safe working conditions. Never work in harsh weather. When high winds or a storm are predicted, do not work on the scaffolding that day. If the weather changes and becomes hazardous while on the scaffolding, get off the scaffolding as soon as possible.

Know Proper Climbing Technique

Ensure that everyone who uses the scaffolding uses proper climbing techniques when they're using the scaffolding. This means maintaining at least three points of contact with the scaffolding at all times. Some parts of the scaffolding may not be intended for use during climbing, such as the cross braces. Only use the parts of the scaffolding that were intended to be used while climbing.

Keep the Platform Clean

Keep your scaffolding platform clean and clear of debris. Never leave scraps or garbage on your platform. Remove any tools or equipment from the platform every night.

Scaffolding Safety: Don'ts

These safety don'ts will help you take care of your scaffolding and avoid injuries:

Never work on an unstable platform.
Never stand on the guardrails or on parts of the scaffolding that were not intended to be stood upon.
Never put too much weight on your scaffolding.
Never leave equipment on the scaffolding when your shift is over.
Never use the scaffolding if it is damaged or has been improperly assembled.
Never walk on the scaffolding when it's covered in ice, sleet, or snow.
Never throw anything overboard.
Never jump onto the scaffolding or jump from the scaffolding.

Scaffolding tags can help you protect workers by identifying whether scaffolding is safe to use. Find a competent person to inspect and tag your scaffolding. OSHA defines a competent person as "one who is capable of identifying existing and predictable hazards in the surroundings or working conditions, which are unsanitary, hazardous to employees, and who has the authorization to take prompt corrective measures to eliminate them."

This is what the tags on scaffolding mean:

Green — Green scaffolding tags mean that the scaffolding has been inspected and has been deemed safe to use.

Yellow — Yellow scaffolding tags indicate that the scaffolding has been inspected but it has been modified to meet existing work requirements and thus could present a hazard.

Red — Red scaffolding tags are an indication that the scaffolding is not safe for use. These tags may be used when the scaffolding is in the process of being put together or taken down, but may also be used if the scaffolding is damaged or has been in some way tampered with and is deemed not safe.

Train your workers to look for the tags and respect their designations. Using tags properly can help prevent accidents and ensure proper use of the scaffolding. Ultimately, using tags can help prevent accidents.

Rent Scaffolding from Bracing Systems

Scaffolding safety starts with using reliable equipment that has been well-maintained. Bracing Systems only rents well-maintained construction equipment to Chicagoland area construction businesses. We're committed to ensuring that your construction business has access to proper construction equipment. For scaffolding rental that you can count on, contact us.

Top 15 Must-Have Tools for Any Concrete Job

Wed, 19 Apr 2023 20:11:33 GMT

Prior preparation prevents poor projects! This principle applies to most trades, and concrete contractors are no exception. Before working with raw concrete, contractors should at least have the following 15 tools on hand. Bracing Systems offers these basic construction tools and more!

15 Concrete Tools for Every Jobsite

1.) Concrete Mixers

Concrete mixers are crucial for ensuring that your concrete is mixed to the perfect consistency for durability and strength. Whether you’re using an on-site mixer or ready-mix concrete, a reliable mixer ensures that all materials—cement, water, sand, and gravel—are blended evenly. Without proper mixing, concrete may not set correctly, leading to weak structures. For larger projects, a high-capacity mixer is necessary to handle large batches efficiently.

2.) Screeds

Screeds are essential tools used to level and smooth freshly poured concrete. By dragging the screed across the surface, you eliminate excess concrete and ensure an even, flat surface. Screeds come in various sizes, from handheld to power screeds, depending on the size of the job. For large areas, power screeds are often necessary to provide consistent results quickly and efficiently. Proper use of screeds is critical to achieving a smooth, level foundation for the rest of the project.

3.) Bull Float

After screeding, a bull float is used to smooth out any remaining ridges or imperfections on the surface of the concrete. This tool is particularly useful for large slabs of concrete, providing a smooth finish and helping to embed aggregate into the surface. A bull float ensures the surface is leveled before the final finishing steps, making it a crucial part of the concrete pouring process. Proper bull floating also helps prevent future cracking by closing the surface and preparing it for curing.

4.) Plate Compactor

Before pouring concrete, it’s essential to ensure that the base—whether soil, gravel, or sand—is stable and compacted. A plate compactor is used to create a firm, even surface, preventing future settling or shifting that could lead to cracks or uneven concrete. The compactor vibrates and presses down on the ground, creating a dense and level foundation for the concrete to be poured on. Without proper compaction, the structural integrity of the concrete slab can be compromised.

5.) Vibrators

Concrete vibrators are essential for removing air pockets and excess water from freshly poured concrete. By vibrating the concrete, you ensure that it settles properly and bonds more effectively with reinforcement materials like rebar. This process increases the concrete's density and strength, minimizing the risk of voids that could weaken the structure. Vibrators are available in various forms, from handheld models to larger, industrial options, and are a critical step in ensuring long-lasting, high-quality concrete.

6.) Shovels

Shovels are a fundamental tool on any concrete job site, used for a variety of tasks. From moving and mixing concrete to filling wheelbarrows and leveling areas, shovels are versatile and essential for the efficient handling of materials. In concrete work, they help manage small adjustments during the pour and assist in spreading and placing the concrete before it is screeded and finished. Always keep several sturdy, high-quality shovels on hand to ensure smooth workflow and productivity on the job.

7.) Wheelbarrows

Wheelbarrows are indispensable for transporting concrete, tools, and other materials around the job site. They allow for quick and efficient movement of mixed concrete from the mixer to the pour location. In addition to concrete, wheelbarrows are used to haul equipment, waste, and other materials, helping to keep the site organized and productive. A sturdy, durable wheelbarrow with a large capacity is essential for any concrete project, ensuring that you can move materials smoothly and reduce downtime.

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8.) Rebar Cutter/Bender

When working with reinforced concrete, a rebar cutter and bender is essential for shaping and cutting steel reinforcement bars to fit the project’s specifications. Rebar adds structural integrity and strength to concrete, making it vital for larger or load-bearing structures. A rebar cutter cleanly cuts the bars, while the bender allows precise shaping for complex designs. Having a reliable cutter and bender on-site ensures that your reinforcement fits perfectly within the concrete form, preventing structural weaknesses and ensuring long-lasting durability.

9.) Magnesium or Aluminum Trowels

A magnesium or aluminum trowel is essential for the final smoothing and finishing of concrete surfaces. After the bull float has leveled the larger areas, a trowel is used to refine the surface and create a smooth finish, particularly in tighter or more detailed areas. These lightweight trowels are easy to handle and glide smoothly over the concrete, helping to close up surface pores and ensure a clean, polished look. Whether working on floors, sidewalks, or smaller slabs, a quality trowel is crucial for achieving a professional finish.

10.) Laser Level or Transit Level

A laser level or transit level is an invaluable tool for ensuring that the surface of your concrete project is perfectly level. These precision instruments allow you to accurately measure elevation and ensure that the entire surface is even, preventing low spots or high points that could lead to structural issues or uneven wear. Whether you're working on large slabs, foundations, or smaller projects, a laser or transit level ensures accuracy and consistency throughout the pour, helping you achieve a smooth and stable finish.

11.) Power Hammers & Drills

Power hammers and drills are essential tools for any concrete project, especially during the finishing stages or for modifications after the concrete has set. Power hammers are used to drive anchors or attach fixtures to the concrete, while drills are perfect for creating precise holes for bolts, rebar, or other attachments. These tools ensure that you can securely install any necessary components, such as ledgers or handrails, directly into the concrete structure, making them critical for both structural integrity and functionality.

12.) Curing Compound & Sprayer

A curing compound is vital for controlling the moisture loss in freshly poured concrete, preventing cracks and ensuring the concrete achieves its full strength. Applying a curing compound helps regulate the evaporation rate, particularly in large or exposed areas. Using a sprayer to apply the compound ensures even coverage across the surface. Proper curing is essential for maximizing the durability and longevity of the concrete, making this step critical in the finishing process.

13.) Gloves & Boots

Safety is paramount on any concrete job site, and gloves and boots are essential for protecting workers from the harsh, caustic nature of raw concrete. Rubber gloves safeguard hands from prolonged exposure, preventing skin irritation or chemical burns, while steel-toed boots offer protection from heavy materials and sharp objects, as well as keeping feet safe from wet concrete. Ensuring that all team members are equipped with proper safety gear helps maintain a safe, efficient work environment.

14.) Concrete Finishing Broom

A concrete finishing broom is used to create a textured, non-slip surface on freshly poured concrete, particularly for outdoor areas like sidewalks, driveways, and patios. After the concrete has been smoothed with a trowel, a finishing broom is gently dragged across the surface to create fine, uniform grooves. This step not only enhances the appearance of the concrete but also provides added traction, making it safer for foot traffic, especially in wet or icy conditions.

15.) Circular Saw or Reciprocating Saw

A circular saw or reciprocating saw is essential for cutting through concrete or rebar, whether during initial construction or for modifications later in the project. These saws are powerful enough to handle tough materials and are commonly used to make precision cuts in concrete slabs or structures. Having a saw on hand ensures that adjustments can be made quickly and efficiently, whether you need to cut control joints, trim excess material, or modify reinforcement during or after the pour.

Serving Concrete Contractors Since 1972

At Bracing Systems, we are a highly trusted provider of scaffolding , equipment , and supplies for contractors in a plethora of fields. If you need supplies for your concrete jobs, we are happy to provide the resources needed to do excellent work.

View our inventory of concrete and masonry supplies , reach out to our team at (630) 665-2732 , or submit an inquiry via our online contact form . We look forward to starting a conversation!

Is Renting or Buying Construction Equipment More Cost Effective?

Tue, 18 Apr 2023 19:52:49 GMT

If you're an owner or manager of a construction company, one of the many tough decisions you've likely faced over the years is the decision of whether to rent or buy your construction equipment.

Understand Your Construction Equipment Needs

Before you can decide whether to rent or buy your construction equipment, it's important to weigh the pros and cons and to consider all the important variables that make a difference in this kind of decision. How often you need a piece of equipment plays a role in whether it's better to rent or buy. In addition, there are budget and cash flow considerations, tax savings, transportation considerations, and others. Here's what you need to understand.

Company/Project Needs

How often do you need the equipment? If your business uses certain pieces of equipment for 90% of your construction work, then renting may be prohibitively expensive. The cost of renting may come to more than the cost of buying, over time.

However, if your company only uses the piece of equipment occasionally, purchasing the equipment may bring more trouble than the equipment is worth. Sometimes, it's not clear how often a company uses a piece of equipment.

For construction companies that have many projects going on at once throughout the year, it's important to assess costs - the cost of continuing to rent versus buying - before deciding whether to continue renting or to purchase.

Budget, Cash Flow & Interest Rates

Sometimes, buying a piece of equipment is out of reach for small-time construction firms. Many companies don't have the cash on hand to simply purchase a large piece of construction equipment outright. Instead, these companies must borrow money to make large purchases.

Purchasing in this manner only makes sense for companies that can get a loan with a fair and affordable interest rate. At times when borrowing is expensive and interest rates are high, renting is more cost-effective and more realistic.

Tax Savings

Rental expenses are deductible as business expenses, while buying equipment is more complex. Equipment purchases are capital expenses that are amortized or can depreciate over the life of the equipment.

For guidance about how to handle this type of tax deduction, and to find out whether the tax savings are better to simply rent the equipment or purchase equipment outright, businesses should work with their accountant.

Transportation & Logistics

Often, just getting a piece of equipment to a job site can be complicated, especially for busy construction businesses. Driving a piece of equipment to the location and setting it up can take time away from the construction team.

For larger companies, the logistics of this aspect of equipment ownership is not a big deal. However, for small construction teams, managing the equipment and delivering it to the job site can be expensive.

Repairs

One of the more challenging aspects of owning a large piece of construction equipment is the repair and maintenance of that equipment. Some construction companies employ teams of people who can handle equipment maintenance, however, many smaller companies find the maintenance of this equipment just as challenging as the transportation and logistics.

Renting makes equipment maintenance easy because it's up to the rental company to keep the equipment clean, well-oiled, and in good repair. When equipment breaks down on the job, it's up to the rental company to either repair it on the spot or replace the equipment with a comparable model, while they perform repairs to the broken piece of equipment.

Using Rental Equipment to Test Drive New Equipment

Some construction companies rent before they buy as a way of testing certain pieces of equipment in a real-world setting. Testing a piece of rental equipment before making the purchase can help your construction company decide whether renting vs buying construction equipment is better.

Some companies choose to buy after renting a piece of equipment for a while because their experiences with the equipment are positive overall.

However, some companies choose to wait, assuming that future models of the same equipment will be a better investment.

Advantages of Renting Construction Equipment

Are you having a hard time deciding whether to rent or buy a piece of construction equipment? Below are the advantages of renting construction equipment:

A much smaller financial commitment. Unlike the purchase of large equipment, renting represents a relatively small expense that's easy for many small construction companies to make.
No maintenance or repair. The company that owns the equipment is the company that maintains it. For a construction company just renting a piece of equipment, there's no need to maintain the equipment. This saves the construction company time and money.
Flexibility. Renting equipment instead of buying allows construction companies to change the type of equipment they're using for construction tasks as new models become available.
Logistics are handled by the rental company. Construction companies renting their equipment need not worry about getting their equipment to the job site: it's handled by the rental company.

Advantages of Buying Construction Equipment

For large construction firms that perform a high volume of jobs each year, owning construction equipment is practical. Whereas renting involves an ongoing expense, buying construction equipment can be cost-effective, if the equipment is in constant use throughout the year.

Is Renting or Buying Construction Equipment More Cost-Effective?

Not sure whether renting or buying construction equipment is more practical for your company? Bracing Systems rents scaffolding equipment , construction equipment , mortar and cement mixers , mast climber scaffolding , and more. We have answers to your construction rental questions and can help you decide whether renting vs buying construction equipment makes sense for your company.

We're a trusted source for construction rentals of all kinds in the Chicagoland area. Call Bracing Systems today to get started with your construction rental order.

Different Types of Concrete Sealers in Construction

Thu, 30 Mar 2023 20:17:17 GMT

Many products are capable of sealing concrete. Every sealer is different, offering various advantages and disadvantages that must be taken into consideration before making a selection. When you work with concrete, it's important to know the benefits of each type of sealer, and how to use that sealer for your construction projects.

Below, we've listed the benefits of some of the most common types of concrete sealer. We've also provided information about how and where to use each type of sealer. Here at Bracing Systems, we carry many different sealing products . Once you've found the right type of sealer for your project, or if you need a little more guidance, be sure to get in contact with us so we can provide you with exceptional and knowledgeable customer service.

Here's what you need to know:

Penetrating Sealers

Penetrating sealers are designed to be absorbed into the concrete to prevent moisture from entering the concrete's pores. At the same time, penetrating sealers are designed to allow moisture inside the concrete to escape, to prevent the concrete from cracking.

These sealers are designed to protect concrete from cracking and eroding. This sealer generally helps in maintaining the longevity of your surface because they typically last anywhere from 6-10 years depending on the application.

Penetrating sealers are also tough enough for any outdoor application. Unlike topical sealers, penetrating sealers won't form a slippery film that can be a hazard to foot traffic. This can make penetrating sealers an alternative in driveways and walkways that will last longer.

Acrylics (topical sealers)

Acrylic sealers are among the most popular types of sealers due to their cost and ease of use. There are 2 forms of acrylic sealer; water-based and solvent-based. Water-based acrylics can be used both indoors as well as outdoors, whereas solvent-based acrylics can only be used outdoors due to their high amounts of volatile organic compounds (VOCs) and the fumes they emit when applied.

Most acrylic sealers come with the benefit of being applied the same day the concrete is poured, or at a later time if desired. Acrylics are easy to use because they dry quickly, however, they're not as durable as some other types of concrete sealers. Acrylic sealers typically need to be reapplied every 2-4 years. Some types of acrylic sealers can also turn yellow over time if they contain styrene, although most versions of acrylic sealers have non-yellowing agents in them.

Polyurethanes

Polyurethane sealer is a sealing product that typically offers protection from exposure to chemicals, erosion, staining, scuffing, and more. Polyurethane also protects concrete from naturally yellowing over time, if it’s UV stable. It can be used in a variety of settings including indoor and outdoor walkways and areas that are exposed to constant foot traffic. Some polyurethane sealers will function for up to 8 years before needing a new coat. However, polyurethane sealers can't be exposed to moisture during the application process and will bubble or blister when they come into contact with moisture while drying.

Polyaspartic

Polyaspartic sealers is a newer concrete flooring sealer that can be applied at almost any temperature and typically has a working and dry time that is under an hour in the proper conditions. Most can be exposed to ultraviolet rays, are resistant to staining, and will not turn yellow if UV stable. This type of sealer often contains low or no VOCs.

Polyaspartic sealer dries clear and will not allow the absorption of staining agents like red wine, oils, fats, and other products. This type of sealer can be used indoors, outdoors, in industrial spaces, shopping centers, laboratories, and more. In fact, of all the types of concrete sealers out there, this type is one of the most flexible, durable, and useful.

Do You Need a Concrete Sealer? Contact Bracing Systems

Bracing Systems is your source for all types of concrete sealers and other concrete supplies and products. We sell a variety of sealers from pool deck sealers to interior-grade concrete sealers . We believe in stocking only the best products for our clients, and in return, our clients trust us to deliver the products they need to complete their construction projects.

Don't forget, we also sell products like colored powder and other concrete accessories . Whatever you need for your upcoming construction project, we can help. We're a reputable, respected company serving the Chicagoland area. Contact Bracing Systems today to learn more about our concrete products.

The 10 Most Rented Construction Equipment by Contractors

Fri, 17 Mar 2023 21:59:59 GMT

Let’s cut to the chase: sometimes, purchasing construction equipment is not the most cost-effective or timely option for your project. We understand! Construction vehicles and equipment, though necessary, can be expensive to purchase and maintain.

Construction equipment rentals are an excellent option. Renting ensures that your equipment is functioning properly and arrives at the jobsite on time. In the following content, we explore the most common construction equipment rentals.

1. Excavators

Excavators are heavy-duty, used for major earthmoving tasks, such as digging, construction, trenching, and plumbing. A mini excavator could be employed for smaller jobs. One of the benefits of a mini excavator is transportation ease. Of course, rent the best size for your specific construction project.

2. Forklifts

Forklifts are an integral tool for most contractors. Because of this, many contractors own one or two. However, if a job arose that required a large fleet of forklifts, beyond your capabilities, renting makes sense. Most construction equipment rental companies will have the specific forklift needed for the project.

The most popular types are warehouse forklifts, side loaders, pallet jacks, walkie stackers, and rough terrain forklifts.

3. Dozers

Dozers are also great for large earth-moving projects, used to push massive amounts of gravel, sand, and other loose materials. If you don’t own a dozer yet, renting can be excellent for tackling short-term projects or determining if a purchase decision should be made.

4. High-Reach Equipment

High-reach equipment, including lifts and scaffolding, is necessary for effectively and safely servicing tall buildings. When looking for the best rental for your project, you may consider boom lifts, scissor lifts, aerial lifts, atrium lifts, etc.

Alternatively, scaffolding rental includes hydro mobile , PowerMast , and frame options . Each is built for varying levels of jobs and can be customized to the specifications of your project.

5. Skid Steer Loaders

Skid steers serve as the “jack-of-all-trades” in a multitude of projects, from construction to farming. This tool can perform many essential tasks, including snow removal, site cleanup, demolition, and excavation.

6. Residential Equipment

Sometimes, residential construction projects call for smaller tools that contractors do not always have on hand. For example, floor polishers, dump trailers, air tools, generators, utility trailers, and paint sprayers may not find their way into your fleet of owned equipment – but they can easily be rented for short-term projects.

In these cases, renting a one-off tool is often more cost-effective than purchasing.

7. Wheel Loaders

Wheel loaders, essential for efficient material handling on construction sites, are available for convenient rentals. These versatile machines excel in loading tasks, making them ideal for various projects, from large-scale construction to short-term earth-moving needs.

8. Backhoe Loaders

Backhoe loaders, versatile machines adept at both digging and loading tasks, offer a dynamic solution for construction projects. Embrace their adaptability as they seamlessly transition between digging precision and efficient material loading. When embarking on diverse construction tasks, the backhoe loader becomes an invaluable asset.

9. Graders

Graders stand as essential tools for precision grading and leveling on construction sites, offering a meticulous touch to earth-moving projects. While many contractors own graders for their accuracy in shaping and finishing surfaces, renting becomes a sensible choice when faced with specialized projects that demand precise grading.

10. Concrete Mixers

Concrete mixers play a pivotal role in the construction industry, facilitating the seamless blending of cement, aggregates, and water to create the fundamental building block of structures. While some contractors may own concrete mixers for routine use, renting becomes an advantageous option when faced with specific projects or varying workloads.

Bracing Systems: Trusted Construction Equipment Rentals

Are you looking to rent construction equipment from a trusted company? You’ve come to the right place. If we don’t rent it, you probably don’t need it.

At Bracing Systems, we have an 11-acre inventory of the major leading construction equipment brands for purchase or rental. We also have the capability to repair all the equipment we sell.

Get in touch with our team to inquire about a specific construction equipment rental or construction equipment repair , and we would be happy to help! We are waiting to get your job on track. Give us a call at (630) 665-2732 or reach us via our contact form . A team member will respond shortly.

Understanding Continuous Foundations in Construction

Fri, 01 Jul 2022 19:42:19 GMT

There are multiple types of foundations. Continuous foundations are often used with spot foundations on commercial and residential structures to create a solid structure. Understanding continuous footing - what it is and how it is used - can help you as a contractor or mason to build better structures and understand how structures are supported.

The more you know about continuous footing, and the easier it is for you to identify continuous footing when you see it, the better builder you'll be. If you have more questions about how continuous foundations work, seek out information from a structural engineer. Getting help from an expert is important for ensuring quality work.

What Is a Continuous Foundation?

Continuous footing is footing that supports more than two columns on a wall. When the individual column placed on the strip footing, the load from the column is transferred to the footing slab, which helps create stability for the foundation.

Live Load Vs. Dead Load

Forces on a foundation are made up of multiple types of loads. The primary force is the weight of the structure and anything permanently attached to the structure. This force is referred to as the "dead load."

By contrast, the vertical loads on the structure - anything that is not a permanent part of the structure - is called the "live load." Live loads are changing and varied. Anyone building the structure must assume that the live load will be the maximum expected amount. By assuming that the structure will be forced to bear the maximum "live load," the building is constructed to survive in a variety of conditions.

To ensure that the structure is properly built, the design for the building is created by a qualified structural engineer.

How Is a Continuous Foundation Created?

The footing of a lightly loaded building must be twice as wide as the foundation wall, while also being as wide and thick as the height of the foundation wall.

What does this mean, exactly? If the wall is 8 inches wide, the footing must be 8 by 16 inches. In the case of a larger footing being involved, most of the time the thickness of the footing is twice the projection from the edge of the foundation wall.

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Two Types of Foundations

Generally speaking, there are two types of foundations.

Continuous Foundations

Continuous foundations are most commonly used for small buildings and houses. This type of structure requires the foundation wall to extend above the footing slab.

These foundations are problematic on many types of soil conditions. If your soil is dense sand, bedrock, or gravel, then a continuous foundation may be suitable.

Benefits of Continuous Spread Foundations

There are many benefits of this type of foundation, including:

This type of foundation evenly supports the weight of the walls above
The foundation anchors the buildings
Continuous foundations provide a stable base
The foundation can be installed under the edges of the building perimeter
This type of foundation can be used for residential and commercial construction
Continuous foundations prevent movement during times of high winds

Grade-Beam Foundation

The other type of foundation is called the grade-beam foundation. This type of foundation consists of a reinforced beam supported by concrete piers. The beam is found around the perimeter of the building, and carries the weight of the building as well as all superimposed loads. The piers help to support the loads over the entirety of the foundation. Since all loads are absorbed by the pier, the base must be quite wide to distribute the loads.

Which Type of Foundation is Right For Your Project?

While a builder may know which type of foundation is right for their upcoming construction project, the most qualified individuals to determine which type of foundation to use are structural engineers.

Structural engineers often work closely with builders on projects relating to the construction of a home and building. Structural engineers are also often required to be involved on projects relating to the repair of a foundation, and removal of a load-bearing wall.

How to Find the Right Structural Engineer

Often contractors prefer to find a structural engineer they trust to become their partners in projects relating to foundations.

If you're a contractor seeking a structural engineer in your area, here's what to watch for:

Solid reputation. Check references for a structural engineer you're thinking about working with.
Solid portfolio. The structural engineer you're considering should be able to show examples of previous projects, and discuss the results in-depth.
Reliability. Does the engineer do what they say they'll do? Do they show up on time, put agreements in writing, and then hold to their contracts? Reliability is something that often reveals itself from the first few conversations.
Professionalism. A solid professional is communicative from the start, answering phone calls, emails, and other questions.
Credentials. Know the requirements to work as a structural engineer in your area. Hire an engineer with the proper credentials to do the work you require.

How to Achieve the Right Results With Your Foundations

There are several things you can do to create a good foundation for your building project. The designs for your continuous foundation should come from a qualified structural engineer, as described above. In addition, it's important to use the right tools to build your foundation.

Find a reputable material supplier. A foundation is only as strong as the materials that the foundation was constructed from. Vet your material supplier as much as you would vet your structural engineer. Reputation and experience matters!

Bracing Systems is a well-established company with origins going back to 1972 . While we started as a business based on a new type of masonry wall bracing system, we grew over time.

Bracing Systems is now a company that provides scaffolding, supplies, service, and equipment - everything that a mason or concrete contractor could ever need. We're happy to help you achieve your goals as a builder, mason, or concrete contractor. Contact us to buy the materials you need .

9 Tips for Improving Construction Site Efficiency

Tue, 07 Jun 2022 18:52:51 GMT

Time is money, they say - that's why maintaining efficiency and job site productivity is so important. From the moment your business has been awarded a contract, time is of the essence. From planning and scheduling to maintaining job site safety, there are many things you can do to ensure that your progress is as quick and efficient as possible.

1. Establish Good Communication Practices

Good communication is critical for avoiding disputes with clients, ensuring that materials and labor is available when the time comes, and for improving overall efficiency on the job site. Establish good communication with major stakeholders early in the project, and maintain good communication throughout the project.

As soon as delays begin, use the lines of communication among workers, subcontractors, suppliers and other involved parties to find out the cause.
Use communication to resolve delays.

2. Proper Planning

As soon as the contract is signed, it's time to start establishing a construction plan. Planning starts with defining the work tasks, listing necessary materials, and determining which tools and labor will be required to complete the job. Once the plan is finished, it's time to create a construction schedule, during which estimated start and completion dates are assigned for various work tasks. There are a variety construction software options that can help with this.

Order materials as soon as possible to keep your construction timeline moving. Supplies can be difficult to obtain - and this has been especially true in the last couple years.
Assign labor to the job to ensure that your workforce is available for the project.
Assess your tools to ensure that you've got the right tools and equipment for the work to begin.

If you're an experienced contractor, looking at similar jobs you've completed in the past can help you plan for the future. Learn from previous mistakes to keep the work flowing.

3. Hire Good Supervision

Job site productivity is heavily dependent upon good leadership. Unless you're able to be on the job site at all times, hire an experienced site supervisor to assist your project manager with scheduling and project planning.

The site supervisor is responsible for tracking materials, supplies, tools, labor and more. Your supervisor will also closely monitor the budget to ensure the work is being finished according to the plan. When problems arise, your site supervisor will bring issues to your attention, and mitigate them.

4. Perform Quality Work

Shoddy work can lead to problems. When one worker does something wrong, it will need to be redone later, causing delays. Teach workers to do the work right and do the work at a pace that helps them to avoid mistakes.

5. Maintain Strict Safety Standards

Your construction site can't be productive if it isn't safe. In addition to raising costs and negatively impacting morale, accidents cause delays and work stoppages. Accident investigations take time away from getting the job done.

If you have an on-site safety professional, work with them to ensure that all workers are adhering to safety requirements and best practices.
Create a site-specific safety plan and communicate your plan with everyone on the job site.
Provide workers with PPE and other safety equipment. Train workers to use their PPE properly, and enforce strict requirements for using PPE whenever necessary.
Conduct regular safety meetings with your team.

6. Ensure Equipment is Ready

Delivery of the equipment needs to occur before the work with the equipment begins, even if only a few days before. This helps ensure that your workers will have the tools they need to get the work done when the time comes. And, if work runs ahead of schedule, having the equipment on-site early can help keep work flowing.

Keep up with equipment maintenance to ensure that it's ready to use when the time comes.
Replace equipment as needed, to provide your workers with the best tools for the job.

7. Provide Proper Training

Train workers to perform work properly. Put an emphasis on safety, performing quality work and following best practices all the time. Providing proper training is a way to keep the workers on the job site working effectively together.

Remember that providing training is a continuous effort. Even the best-trained employees need refreshers from time to time, and newly hired employees need a lot of training to do the work properly.

8. Make Use of On-Site Technology

Now more than ever there's a plethora of technology that can help contractors streamline processes and improve job site productivity. This technology includes project management software, payroll software, scheduling and forecasting software and more. When trying to choose productivity software, start by identifying parts of your business that aren't running as smoothly as others, and then find corresponding software that can help with this.

9. Work with the Right Vendors

The best material and equipment suppliers are reliable, trustworthy, and they come through when you need them to. Finding the right vendors can help keep your business running smoothly.

When seeking a new vendor, shop around. If necessary, try multiple vendors before settling on the vendor that you'd most like to establish a business relationship with.

Get referrals from other contractors, if you're not sure which vendors are best. Interview vendors before choosing the one you like best. When you do find a vendor that can deliver on promises on time every time, maintain a good relationship with that vendor. Pay bills on time, maintain open lines of communication, and work with that vendor to maintain a positive, professional relationship.

Need a Reliable Equipment and Material Supplier? Call Bracing Systems

Bracing Systems provides a variety of services to contractors including scaffolding, masonry supplies, safety equipment and more. Check out our construction resources online or contact us today to find out more about working with us. We prioritize having professional relationships with contractors.

How to Choose the Best Concrete Sealer for a Pool Deck

Mon, 18 Apr 2022 16:18:34 GMT

Concrete pool deck sealers come in a variety of types and brands, allowing you to customize the look of your pool. While it's nice to have many choices, it can also make choosing the right pool deck sealer a challenge. Looking at the labels on the pool deck sealers may not help, unless you know what you're looking for.

If you're choosing a pool deck dealer for concrete pool construction, knowing the different categories and educating yourself about the many industry terms you'll see on those labels can help. It's also helpful to get guidance from a professional that really knows the industry.

At Bracing Systems, we sell concrete sealers to concrete contractors, which means that we know deck sealer better than just about anyone else. We can help. We wrote the following article to guide you through the process of choosing a deck sealer. Let us know if you have questions.

Pool Deck Sealers: High-Gloss or Matte

Each pool deck sealer comes with a finish that is not so different from the finishes you see on the interior walls of your own business or home. From a high-gloss sheen to a matte finish, concrete pool sealers each have their own luminosity that reflects or absorbs light, thus impacting the beauty of your deck.

Glossy Finish

Glossy finishes reflect a lot of light. In the morning sun, these deck sealers look almost wet, as if the deck itself is sitting in an inch of water. With this type of sealer, concrete colors look saturated and deep, the way your deck would look after a recent rain. You must add an anti-slip coating to all gloss sealers!

Matte Finish

Matte deck sealer reflects as little light as possible, so it's the most natural of all the finishes available. With this sealer, you'll achieve a less saturated appearance overall. Matte finishes don't look slippery or wet - think of this type of finish as like the flat paint on the walls in your guest bedroom.

Safety First

Luckily, all pool deck sealers require a non-slip adhesive. However, the pool deck is one of the slipperiest areas in any building or home, so it's important to think of the safety of yourself and others while working.

Application Instructions

Sealer is painted onto your deck much like you would apply paint to a wall. You'll need a paint roller and a paint sprayer, to make the job easy for you. Always follow the instructions on the sealer container to ensure the sealer is properly applied and cured before your deck gets used again.

Water-based deck sealers take around four hours to dry, while solvent-based sealers take an hour. Again, check the instructions on the deck sealer to ensure that you're giving your sealer enough time to cure. Sealers need to be applied in the right conditions to cure properly, so know what those conditions are before applying your sealer. Walking on the sealer early could make a mess and also destroy the finish.

Frequently Asked Questions

Even if you know what pool sealer you want, you're likely to end up asking some questions during the process. Below are some of the questions that homeowners and business owners ask themselves most often when choosing and applying a concrete pool sealer.

The Sealer Started Beading Up When I Applied It. Why?

If the sealer starts to bead on the concrete when you're applying it, that means the surface temperature of concrete is too high. It is better to resurface on a cooler day or early in the morning.

How Long Does a Concrete Pool Deck Sealer Last?

Concrete pool deck sealers can last anywhere from three years to fifteen years, depending on the type of deck sealer and also how much foot traffic your pool deck sees. Check the bottle when you're applying the deck sealer for a timeline.

You should also test your pool deck periodically to ensure that the sealer is still good. A good sealer will protect your pool deck from moisture penetration. When the sealer is first applied, you'll notice that water beads up on the concrete and is not absorbed.

When the sealer is wearing off, water can be absorbed into the concrete. To test your sealer, drip some water onto the concrete on one of the highest-traffic areas. If the water spreads and is absorbed into the concrete, then it's time to re-apply sealer. If the water stays beaded up on the concrete, then your sealer is still good.

Should I Choose Water-Based or Solvent-Based?

When you're selecting a pool sealer, you'll have to decide whether a water-based or solvent-based sealer is best for your deck. If the deck is indoors, choose water-based. Outdoors, you can choose either.

Why Did My Pool Deck Sealer Deteriorate Prematurely?

Improper application of pool sealer can cause the sealer to deteriorate prematurely, so always read the instructions before applying sealer to your pool.

Foot traffic dramatically affects the lifespan of your pool, so if the sealer is deteriorating in high-traffic areas, this could be the result of natural wear and tear on your sealer.

In addition, some pool chemicals can damage your pool sealer. Specifically, muriatic acid, which pool technicians use to lower the pH balance in the pool, can damage your sealer. You may want to talk to your pool technicians to ensure they're careful when putting the chemicals in the pool.

Call Bracing Systems Today!

At Bracing Systems, we provide concrete pool sealer and other equipment to people who need it. We're the experts in pool sealer and other masonry construction products, so contact us today to learn more.

What to Consider When Renting Mast Climber Scaffolding

Thu, 31 Mar 2022 19:13:18 GMT

If you are in construction, you have likely heard about the need for scaffolding equipment. One of the newer pieces of scaffolding equipment, a mast climber scaffolding, makes your job easier and allows you to complete your project more quickly. A mast climber scaffolding has a high price tag such that you may be wondering whether it is best for your company to rent or to buy a mast climber scaffolding.

When you are deciding whether to buy or rent mast climber scaffolding, you will want to consider other factors besides the initial purchase price of this piece of equipment. The following provides an overview of factors you should consider when deciding whether to rent or buy a master climber scaffolding.

What is Scaffolding Equipment?

According to Britannica , a scaffold in building construction is a “temporary platform used to elevate and support workers and materials during the construction, repair, or cleaning of a structure or machine; it consists of one or more planks of convenient size and length, with various methods of support, depending on the form and use.”

Scaffolding equipment comes in many sizes and types. The common types of scaffolding is single scaffolding, steel scaffolding, suspended scaffolding, trestle scaffolding, and masonry scaffolding.

Nowadays, contractors have the option to use either traditional scaffolding or mast climber scaffolding. Mast climber scaffolding is also referred to as “mast climbers” in the construction industry. Mast climber scaffoldings “are power-driven work platforms that climb a vertical mast or tower to reach higher and carry greater loads than traditional scaffolds.”

You may be asking yourself, “what is so special about mast climber scaffolding?” When a mast climber scaffolding is installed properly, it can enhance productivity. Your project will be completed more quickly, saving time and money. Additionally, it can increase the safety of your workers.

Masonry Magazine reported that a mast climber scaffolding, in comparison to traditional scaffolding equipment, has “measurable advantages in terms of work productivity, speed, and weight capacity.” Masonry Magazine further spoke with Clint Bridges, Vice President at EZ Scaffold, who explained mast climber scaffolding “substantially increase production and decreases labor . . . [and] give you an option that can increase production with dramatic labor savings. With the labor shortage these days, contractors are turning to mast climbers to save labor. It’s more important now than ever to do more with less.”

A mast climbing scaffolding is also beneficial in that it provides:

great stability
push-button operation
can hold a heavier load
increase safety by reducing the risk of fall
travels at a faster speed
has auxiliary power in case of an emergency
allows for more ergonomic work positions
can also cause less negative environmental impacts

Despite all these advantages mast climber scaffolding offers, this piece of equipment is not widely owned because of how expensive one costs. Many contractors are faced with the decision of whether they should rent or buy a mast climber scaffold for their project.

Rent Versus Buying Mast Climber Scaffolding

Because of the high price associated with mast climber scaffolding, renting may be an optimal choice for your company. However, consider these following factors when renting a mast climber scaffold.

Factor 1: The Type of Job You are Completing

It is true that a mast climber scaffolding is not appropriate for every job. Notwithstanding this, a mast climber scaffolding is estimated to benefit a total of 85% of all construction jobs completed. A mast climber scaffolding should be used on projects where tall buildings are completed.

Masonry Magazine reported that “you start to really see the benefits of mast climbers from 5 stories and above and the savings and efficiencies grow from there,” and “the contractor should expect significant savings with a direct correlation between the height of the building and the size of the savings.”

Although most contracts tend to associate a mast climber scaffolding with high-rise construction, in fact, they are most often used on structures that are under 60 feet. If your construction project is a low-rise project that is less than about five stories, some contractors have reported they are “marginally competitive with other types of scaffolding.”

Therefore, if you have a low-rise project, renting a mast climber scaffolding is the best financial choice for your company. However, if you have a high-rise construction project, a mast climber scaffolding would definitely be a benefit to your project. However, depending on the following factors, purchasing a mast climber scaffolding may be the better choice.

Factor 2: Frequency of Low-Rise or High-Rise Jobs

This is an important factor to consider and requires a cost-benefit solution. If your company is frequently doing low-rise projects and, only occasionally gets a high-rise project, you should definitely stick to renting a mast climber scaffolding. The price of purchasing a mast climber scaffolding would not likely benefit your company in the long run.

On the other hand, if your company frequently does high-rise construction projects, consider purchasing a mast climber scaffolding. Frequently renting a mast climber scaffolding can, over a length of time, be more expensive than purchasing one outright.

Factor 3: Length of the Project

Finally, if you have a high-rise construction project, consider how long your job is going to take. As a general rule, if you have a short-term job, such as less than four months, renting a mast climber scaffolding is the most viable option. However, if you have multiple short-term jobs lined up, or one long-term job, purchasing may be the best option in that instance.

A mast climber scaffolding is a useful piece of equipment. When applied to any construction projects that are at least five stories, contractors can see an impressive increase in their profit margins. However, because the price of a mast climber scaffolding can be a large investment, consider how what type of project you have, what type of projects you frequently receive, and the length of your project when considering whether to rent a mast climber scaffolding.

Rent Mast Climber Scaffolding Equipment

At Bracing Systems, we are here to supply your construction equipment rental needs. We have a never-ending inventory of construction equipment every contractor needs to get the job done including Powermast scaffolding and Hydro Mobile Scaffolding . Contact us today to get the equipment you need for your project.

All You Need to Know About Rental Equipment for Construction Projects

Mon, 21 Feb 2022 14:53:46 GMT

Construction projects require a lot of forethought, planning, and budgeting. When budgeting, one of the most expensive aspects of construction projects is the construction equipment itself, specifically the necessary machinery. Indeed, lots of equipment is required to complete a construction project. In order to minimize the cost of construction equipment, consider renting the necessary equipment.

Bracing Systems wants to help you lower the cost of your construction project so you can maximize your profit. With a huge inventory and fast turnaround times, we will ensure you can rent the equipment you need when you need it so that you can progress in your project.

Rental Equipment for Construction

So, what construction equipment may a mason or concrete contractor need to complete the project? To start, mortar mixers, rough terrain forklifts, trowel machines and trowel blades, saws, and concrete buggies are all integral equipment that is regularly used on a construction project.

Mortar Mixers

Bracing Systems offers a wide variety of mortar mixers from Multiquip and Essick you can rent for your project. Multiquip and Essick, in turn, offer a variety of models so that you can pick the best model for your needs:

Essick mixers. This is the ideal mixer for most jobs you encounter. It is durable, contains a reliable design, and is easy to maintain.
MQ Essick plaster/mortar mixers. Designed for results with efficiency in mind, this mixer has set the standard for innovation and durability amongst mixers for the past 90 years . The MQ Essick plaster/mortar mixer’s powerful hydraulic drive allows it to mix the toughest designs, and the attached over-cent dump allows you to easily dup material with minimal fatigue. The best part- this mixer can fit in the bed of your truck.
Multiquip Essick EM120HYD. If you are looking for a dependable mixer that can transport up to 1,000 pounds of job site materials, look no further. The Multiquip Essick EM120HYD can handle tough mixes, allows for effortless discharge, and is built to last. This mixer can handle up to 340 liters and has a capacity of 3.5 to 4 bags.
MQ Whiteman: This heavy duty mixer allows for multiple configurations to permit most applications of this mixer to your project. The MQ Whiteman has high-strength cast iron paddle arms, a heavy-duty safety grate with a built-in bag cutter, and a removable tow bar amongst other benefits. This mixer comes in three different models: The WM90P which is 9 cubic feet and contains a polyethylene drum; the WM90s which is also 9 cub feet but has a steel drum; and the WM45 which is 4.5 cubic feet, non-towable, and has a steel drum.
Multiquip Concrete Mixer Model MC942 . With a wide drum allowing you to easy load materials and a heavy duty one piece cast iron ring gear, the MC94S is a durable piece of machinery that provides reliable service.
Mix-N-Go Concrete Mixer . This concrete mixer is best for small bases and footings. The Mix-N-Go Concrete Mixer can mix up to three cubic feet of material and is the ideal mixer for small contractors or homeowners.
Other mixers Bracing Systems offer include: MQ Essick Mixers, Multiquip concrete mixers with either a steel or polyethylene drum, and the MQ Whiteman WM120.

If you need a mortar mixer, look no further than Bracing Line Systems. Our expansive inventory guarantees you will be able to acquire the mixer you need.

Rough Terrain Forklifts

Construction projects can occur in less than smooth terrain. When this happens, you need a reliable rough terrain forklift to get the job down. Bracing Systems offers rough terrain forklifts from Lull, JLJ, and Manitou. The models provided by JLG include:

GS18-A: This model can go up to 18 feet and 4 inches and has a maximum lift capacity of 5,500 pounds.
742: This model can go up to a 43 feet with a maximum lift capacity of 7,000 pounds.
943: This model can go up to 43 feet with a maximum lift capacity of 9,000 pounds.
1043: This model boast outriggers that when up yields a max lift height of 43 feet. The maximum lift capacity of this model is 43 feet.
2733 High Capacity Model. This model can go up to 33 feet and 1 inch and has a maximum lift capacity of a whopping 26,600 pounds.
Other JLG models: 1055, 1075, 1255, 1644 High Capacity Model, and the 1732 High Capacity Model.

Other brands offered by Bracing Systems includes Manitou and Lull. Manitou has large diameter front wheels, a turning radius of 3.40 meters, and can provide a lift height up to 7 meters to ensure you can get the job done.

In order to make sure your work is completed on time despite the rough terrain, Bracing Systems has a rough terrain forklifts that will fit your project.

Trowel Machines and Trowel Blades

Trowel machines and blades are necessary to put the finishing, smooth finish to concrete slabs. At Bracing Systems, we offer Wagman brand trowel blades to ensure you receive the best results when finishing your concrete projects. Look here to acquire more information about Wagman’s models.

Saws

It appears almost no construction project is complete with a saw. Bracing Systems offers Stihl, Norton Clipper, and Husqvarna brand saws for rent. Specifically looking to the Husqvarna, the following models are supplied:

K 760 Model: This model can cut up to 5 inches in depth, has a blade diameter of up to 14 inches, and has an output power of 5 ph.
K 770 Model: This model can cut up to 5 inches in depth, has a max blade diameter of up to 14 inches, and has an output power of 5 hp.
K 970 Model: This mode can cut up to 6 inches in depth, has a max blade diameter of 16 inches, and an output power of 6.5 hp.
K 760 Cut-n-Break: This model can cut up to 16 inches in depth, has a blade diameter of 9 inches, and an output power of 5 hp.
Other models include: K 535i; K 770 SmartGuard; K 770 OilGuard; K 770 VAC; K 770 Dry Cut; K 970 SmartGuard; K 1270; K 7000; K 4000; K 40; K 2500; K 4000 Cut-n-Break; K 970 Ring; K 7000 Ring; K 6500 Ring; K 3600 MK II; K 970 Chain; K 7000 Chain; K 970 Rescue; K 770 Rescue; K 760 Rescue; and the K 1270 Rail.

Concrete Buggies

The concrete buggies offered here at Bracing Systems is made to “travel with ease over wet, muddy ground, rough, uneven terrain and loose sand and gravel.” Two different models are available. First, the SC765, which can hold between up to 2,200 pounds. Second, is the SC45 which can hold up to 463 pounds.

Bracing Systems has everything a Mason or Concrete Contractor needs to complete his goal. We have a never ending inventory of rental fleet, provide fast and friendly service, and boast competitive pricing. When you walk into our store, you will be treated like a friend, all while receiving quick and timely delivery of the equipment you need. Come check us out today for all of your construction equipment needs.

Masonry Wall Bracing Requirements: A Contractor’s Guide

Wed, 08 Dec 2021 16:15:22 GMT

As a skilled contractor, you know how important it is that your jobs conform to all local, state, and federal laws every step of the way. You’re likely aware that OSHA has set requirements for masonry construction because their rules affect your projects.

The purpose of OSHA (the federal Occupations Safety and Health Administration) is to ensure safe and healthy working conditions for workers by setting and enforcing a set of standards. Read on for a contractor’s guide to OSHA’s masonry wall bracing requirements and take some of the guesswork out of compliance.

OSHA’s Rules on Limited Access Zones

OSHA’s standard number 29 CFR 1926.706 is titled “Requirements for masonry construction.” In Standard subsections 1926.706(a)(1) – (5), OSHA lists its five rules on limited access zones. They are, first, that limited access zones shall be established whenever a masonry wall is being constructed.

OSHA mandates that the limited access zone shall conform to the following five things:

they must be established prior to the start of construction of the wall;
they must equal to the height of the wall to be constructed plus four feet, and shall run the entire length of the wall;
they must be established on the side of the wall which will be unscaffolded;
they must be restricted to entry by employees actively engaged in constructing the wall. (No other employees shall be permitted to enter the zone);
and they must remain in place until the wall is adequately supported to prevent overturning and to prevent collapse unless the height of wall is over eight feet, in which case, the limited access zone shall remain in place until the requirements of paragraph (b) of this section have been met.

OSHA’s Adequate Bracing Requirement

OSHA also requires that all masonry walls over eight feet in height must be adequately braced to prevent overturning and to prevent collapse, unless the wall is adequately supported so that it will not overturn or collapse. OSHA also requires bracing to remain in place until permanent supporting elements of the structure are in place.

Your most reliable source of construction equipment and contractor supplies.

How to Make Sense of OSHA’s Limited Access Zones Scaffolding Requirements

From time to time, OSHA will respond to letters from contractors who have written in for help and clarification on their standards. In one such instance, a contractor from the Chicago metro area asked for an explanation of the limited access zone rule regarding the placement on the side of the wall that would be unscaffolded. Roy F. Gurnham, OSHA’s Director of Construction, wrote back, and OSHA published the following letter, which stated:

“With regard to the procedure of not bracing the scaffolded side of a wall until after the wall is completed and the scaffold is removed, please be advised that all walls over eight feet in height, and not otherwise adequately supported, must be braced to prevent overturning or collapse of the wall in either direction. The degree of difficulty in bracing the scaffolded side of a wall depends on the type of scaffold used.

For example, because there are fewer components that would get in the way of bracing installation, a mason tower type of scaffold might be an easier system to install bracing around than would be a tubular welded frame system.

As you know, the requirements for masonry block walls contained in 1926.706 address two wall heights. For walls eight feet and less in height, the employer has the option of adequately supporting the wall during and after construction or establishing a limited access zone on the unscaffolded side as outlined in paragraphs 1926.706 a (1) through (5). For walls over eight feet in height, the option of maintaining a limited access zone may not be used in lieu of adequately bracing or supporting the wall to prevent collapse or overturning in either direction.”

OSHA has emphasized that while their interpretation letters explain their requirements and how they apply to particular circumstances, they do not create additional employer obligations.

Need help with scaffolding? Bracing Systems offers Hydro-Mobile scaffolding , Powermast, Waco style frame scaffolding, and shoring products . Working with an expert partner like Bracing Systems ensures you will have a hazard-free work environment with increased safety, improved productivity, and faster project completion – all of which help contain costs.

How to Make Sense of OSHA’s Adequate Bracing Requirement

OSHA has also provided a bit of further clarification of its masonry wall bracing requirements. A contractor from Washington State from to OSHA asked for an explanation of the bracing requirement standard.

OSHA’s Director of Construction wrote back, and OSHA published the following letter, which stated:

“As you recognize, the requirement to install bracing applies to all masonry walls over eight feet tall that are not otherwise adequately supported. This is the case whether the wall contains reinforcing steel (rebar) or not. It is the responsibility of the employer to assure that walls not adequately supported to withstand all normally expected forces, which would include prevailing wind pressure loads, building geometry, and wall location, are braced. If the employer determines the wall is capable of withstanding the forces applied during construction, then the wall would be considered to be adequately supported and would not require racing. The employer must be prepared to substantiate this determination.”

What to Do When You Need an Expert Partner

Bracing Systems is the largest stocking dealer of masonry supplies in Illinois, with unmatched prices and delivery. We also stock the most popular lengths and fabricate rebar for mason contractors on a daily basis. Bracing Systems fabricates rebar at our facility using state of the art equipment to save you time and money with delivery to your job site.

Bracing systems provide scaffolding, equipment, supplies, service, and everything that a Mason or Concrete Contractor could ever need. Contact our team for general advice or to inquire about a specific service. We’re always happy to help kickstart your project or get your job back on track. Give us a call at (630) 665-2732 or get in touch online .

Mortar Mixer Brands for Your Projects

Tue, 12 Oct 2021 21:03:58 GMT

Mortar mixers are an essential piece of equipment for any construction site . Without them, you end up doing a lot of extra work by hand. Mortar Mixers are designed to create the material you need for your jobs, saving time and hassle for any size crew.

With a variety of mortar mixer products to choose from, it can feel cumbersome to assess the pros and cons of each option. Ultimately, the type of work performed on your construction project will determine which model is best suited to meet your needs.

Ready to figure out which mixer to go with? Below are our favorite mortar mixer brands and how they apply to your construction needs!

Mortar Mixer Types

Spec Mix

Spec Mix specializes in preblended mortar, grout, and silo solutions. Their company is known for electric mortar mixing systems that include gravity silo, power augur, and continuous mix systems. Each system is compressed to work in tight spaces, even indoors. The continuous mixing systems have a dry to wet and gas-powered model and allows for continuous on-site material production to decrease labor and eliminate waste. Spec Mix includes tons of safety solutions, manuals, and user guides for the proper operation of the machines.

Essick Mixer

Multiquip, a construction equipment manufacturer, features Essick mortar mixers and stationary mixers with unique seal systems that don't require greasing. Essick's mortar mixers specialize in small to medium equipment ideal for smaller projects requiring quick mixing but come in a few different capacities. The PRO Stationary Mixers help increase contractors' on-site productivity using durable hydraulic drives to power through tough mixing jobs. These machines are meant to make the operator's job less tiring, reduce waste, and maneuver easily.

Ensure a Job Well-Done with Bracing Systems

The most important concrete tools, such as mortar mixers, are often those you use the least- which means it's easy to overlook them when preparing for your project! With so many choices out there, how do you know what will be right? Enter Bracing Systems .

We understand your challenge: to acquire all your necessary equipment and supplies both reliably and in a timely manner, all while maintaining good profit margins. Whether you need concrete supplies, masonry supplies, construction equipment, safety equipment, scaffolding, or other supplies for your construction site, we stock it for customer pick-up or can deliver it right to the job site.

Ready to partner with our team at Bracing Systems for all your project needs? Give us a call and contact us today to get all the supplies needed for both your current and upcoming projects.

Top 3 Best Types Of Scaffolding Systems

Wed, 29 Sep 2021 14:14:17 GMT

Scaffolds are regularly required on construction sites where elevation is needed.

Unfortunately, scaffolds can pose a number of risks. For example, a poorly constructed scaffold could collapse, or a worker could fall from a considerable height. However, most risks associated with scaffolds are related to a lack of fall protection, improper ground support, or a poorly designed system.

Identifying the best scaffolding building supplies is a first step in protecting you and your workers on the job site. In the following article, we help contractors do just that!

Read on to learn about OSHA’s scaffolding requirements and the top 3 scaffold building supplies available on the market.

Let’s dive in!

OSHA’s Scaffolding Requirements

Fortunately, OSHA has established sets of standards for each type of scaffold. A few requirements that are common for every scaffold include:

• Scaffolding must be inspected daily before use.

• Training must be completed by a competent person.

• Scaffolds should be erected on sound ground; they should be capable of carrying four times their maximum

intended load.

• Competent persons must supervise the erection, alteration, dismantling, or inspection of scaffolding.

OSHA’s scaffolding requirements are one step to ensuring safety on the jobsite. Another is choosing a trusted scaffolding system . We recommend Hydro Mobile , PowerMast , or frame scaffolds .

Hydro-mobile Scaffolds

A hydro-mobile scaffold is a trusted option for hazard-free work environments. As the name implies, hydro-mobile scaffolds are wide work platforms that climb masts automatically.

The benefits of hydro-mobile scaffolds extend beyond their OSHA-friendly build. These systems help increase productivity, safety, and completion times – all leading to minimized project costs.

If you already have a hydro-mobile scaffold, our team at Bracing Systems can assist with parts, training, maintenance, and repairs, as needed.

PowerMast Scaffolds

PowerMast scaffolds are excellent for tuckpointing, waterproofing, masonry restoration, and more. These scaffolding systems are stable and fast. PowerMasts provide fast setup and fast access for exterior work. Additionally, these scaffolds can climb up to 200 ft.

PowerMast scaffolds are a safe and efficient scaffolding option.

Frame Scaffolds

Last but not least, scaffolding frames are large metal frames that can be erected into a secure scaffolding system.

Frame scaffolds are customizable, reliable, and budget-friendly, making them among the most common types of scaffolding on construction sites. Like all scaffolding types, frame scaffolds must be erected with OSHA-specified requirements to make sure the scaffolding system is safe for workers.

Bracing Systems – Your Go-To for Supplies & Equipment

At Bracing Systems , we understand that busy contractors need a trusted resource for their equipment and supplies. For many, we are that resource. Our goal is to make your company more successful and profitable. We help by promising quality inventory, affordable pricing, and friendly customer service every time.

To learn more about how we can help your business, please reach out at (630) 665-2732 or via our online contact form . A specialist will be in touch shortly!