What Is the Best Industrial Flooring Option for My Business?

What Is the Best Industrial Flooring Option for My Business?

It’s important that your business sets the right tone and creates the right impression. From the moment a client or customer walks through the door, they should instantly get a sense of who you are and what type of atmosphere you want to present. If you’re looking to project a casual and fun atmosphere, there should be no question of this. If you want to seem professional and sophisticated, your workplace needs to communicate this as well.

There are many ways to achieve this. The furniture you place inside your space, the color of the walls, the look of the ceiling and more all work together to create your desired atmosphere. One critical piece of this puzzle is the floor itself. Flooring comes in all different styles, colors, textures and materials. Because there are so many options, there is something for every type of business.

Not only does the right flooring help you achieve the mood and feeling that you’re hoping for, but it also plays a significant role in the functionality of your space. Considering both aesthetic and practicality, then, it’s crucial that you choose the right flooring for your space.

This guide will help you select the perfect flooring for your space.

What Are Your Industrial Flooring Needs and Goals?

When choosing the flooring for your company, you’ll want to start by asking yourself the crucial question — what do you want to achieve with this flooring? To help you answer these questions, consider them in light of these categories:

1. Aesthetic

Some flooring offers a more severe and professional tone. Another flooring option lends itself to an open and airy atmosphere. Still other types of flooring are industrial-looking and lend themselves well to highly function-based settings.

To decide which type of flooring is best, you’ll want to ask yourself what you’d like your space to look like. Additionally, you’ll want to think about how important looks are to you. For example, if yours is a client-facing space, you’ll likely want to put a great deal of thought into aesthetic. If, on the other hand, your space is a back warehouse, aesthetic might not be extremely high on your list of priorities.

At this stage, there is no right answer and no wrong answer. Simply think about what you’d like to achieve and move forward from there.

2. Functionality

How will you be using your floors? Will they be expected to hold up under heavy carts or vehicles? Or will they merely be walked on, like in a typical office building?

While this question might not seem initially important, it’s a good idea to think about it. Certain types of flooring are more durable than others, and it’s critical to consider this right from the start of your search.

3. Traffic Levels

Is your floor going to experience substantial use? If it needs to hold up against years of wear-and-tear, you’ll want to invest in a heavy-duty flooring. If your floor is only going to experience light use, you won’t necessarily need such a durable material.

If you aren’t entirely sure what your traffic levels are likely to be, it’s always better to overestimate. Opt for a slightly more heavy-duty flooring. If you don’t end up needing it, then no harm has been done. This is a better alternative to installing a light flooring and discovering too late that it’s being destroyed by heavy usage.

4. Hygiene

This is purely a question of how dirty your floors will be getting. While all floors will inevitably accumulate some dirt and grime, some are far likelier to grow dirtier than others. For example, an office building will not become dirty as quickly as a factory floor.

This question is important because some floors are easier to clean than others, and some floorings naturally resist contaminants better than others. When you know what to expect from your building, you’ll be better able to choose a more appropriate flooring.

What Is Most Important to You?

In a perfect world, everyone would be able to find precisely the right flooring that meets every single one of their needs perfectly. It’s entirely possible that you will find this. All too often, however, compromises need to be made.

Because of this, it’s important to begin thinking about which elements of your flooring are the most important, and where you might be willing to compromise. When it comes time to make a decision, you’ll be better able to determine which elements are necessary and which are less crucial.

A few of the different elements to consider include:

• Longevity: How long do you need your floor to last? Are you only expecting to get a few years out of it, or are you looking for something that will last as long as the building itself?
• Safety: Are there any particular safety concerns on your mind? If so, this might be a top priority. Otherwise, this might fall reasonably low on the list.
• Material needs: Depending on your building, you might require flooring constructed of specific materials. Alternatively, you might immediately know that certain materials are off limits for your purposes.

What Kind of Flooring Is Available?

Now that we know a bit more about some of the different concerns and factors that will likely affect your choice of flooring, it’s time to look at which types of flooring specifically are available. Here, we’ll look at different types, as well as their various pros and cons and attributes.

As you browse this list, weigh these different attributes in your mind against your own list of requirements and concerns.

1. Epoxy Flooring

One of the primary and popular floor options you’re likely to encounter is the epoxy floor coating. We refer to this as a floor coating because the epoxy is not the floor itself. Your floor will likely still be made of concrete. Epoxy gets put over this concrete to finish it. Whether you’re looking for industrial flooring options or commercial floors for business, epoxy is an excellent choice that will serve you reliably for years to come.

Not all epoxy flooring is the same, however. This isn’t a blanket solution that will look identical every time. Instead, there are a variety of different finishes and styles available, allowing you to select the one that’s truly best for you and your business.

If you choose an epoxy floor solution, here are just a few of the benefits you’ll experience:

• Seamless Finish: An epoxy coating over top of a concrete floor results in a smooth finish with no large bumps or seams. This makes it ideal for heavy traffic from dollies, forklifts and other pieces of heavy equipment, and a perfect choice for manufacturing floors.
• Elegant Finish: The aesthetic appeal of this smooth finish is undeniable, as it provides a sleek and streamlined appearance free from lumps or defects. Epoxy coatings are also available in a wide range of colors and finishes, meaning you can tailor it to match the rest of your aesthetic.
• Minimal Maintenance: Few things are more tedious or time-consuming than scrubbing a floor. With epoxy flooring, this isn’t necessary. This finish requires little to no maintenance. They’re extremely easy to clean and maintain their durability even in highly-trafficked areas.
• Anti-Slip Traction: Worried that your floors might be too slick and cause slipping problems? With epoxy, this isn’t a problem. Epoxy flooring helps increase friction and traction, minimizing slipping incidents. If this is a particular concern for you, you might even choose an epoxy designed for maximum anti-slip protection.
• Chemical Resistance: If there will be chemicals present in your working environment, you’ll want a floor coating that can withstand this exposure without suffering damage. This is where an epoxy coating comes in, as it won’t just resist corrosion, but it also acts as a barrier that prevents the chemicals from harming the concrete underneath.

2. Urethane Concrete

Similarly to epoxy coatings, urethane concrete acts as a sealing layer over top of a concrete floor. This seal applies urethane resin, from which the name is derived, to the cement powder and creates a durable, finished concrete surface.

As with epoxy coatings, urethane concrete comes in a variety of different forms, finishes and styles, and there is no singular “best” option. Instead, it’s more about finding what’s best for your needs and your setting.

A few of the significant benefits you can expect to reap when you choose this type of commercial flooring for your business include:

• Chemical Resistance: Worried about chemical spills, abrasions or corrosion? Urethane concrete offers superb protection from these types of incidents, allowing you to operate without stressing over this additional worry.
• Impact Defense: If you’re going to be driving heavy vehicles over your flooring, or even if you frequently transport heavy items that might get dropped, you’ll want flooring that won’t crumble beneath these potential impacts. Urethane concrete can provide this stability.
• Thermal-Shock Resistance: Unfortunately, bare concrete tends to split in the cold and the ice, creating a significant problem for those using it as flooring in places that will potentially get extremely cold or hot. Urethane concrete does an excellent job of correcting this problem by creating a thermal-shock resistant barrier that protects the concrete underneath. This makes it an excellent choice for places like plane hangars and fire stations that may be partially outdoors.
• Abrasion Protection: Urethane concrete effectively guards your concrete against the cosmetic bumps, bruises and scars that would otherwise mar the surface, creating damage that both looks unpleasant and creates hazards in the forms of divots and potholes.

3. Methyl Methacrylate

Methyl Methacrylate, often known as MMA, is a dual system polymer and is one of the popular choices for coating industrial and commercial floors. In this way, it acts much the same as other floorings we have looked at — as a protective sealing layer over the concrete floor itself.

Like both the epoxy and the urethane, MMA flooring comes with its own set of advantages and reasons why people choose this type of flooring. A few of these major benefits include:

• Low Curing Temperature: Because these MMA floors have a low curing temperature, they’re less complicated and picky when it comes to installing them. This means less hassle on your part and potentially, less time spent during the installation.
• Scratch Resistance: One of the major advantages that MMA flooring supplies in abundance is a high level of scratch resistance. For environments where objects will frequently be colliding with the floor, or heavy amounts of traffic will take place, this makes MMA one of the better choices.
• Matte Finish: Looking for a floor that has a low-gloss shine and a neutral matte setting? MMA flooring might be the way to go. Unlike other floors that develop a high level of shine when they cure, MMA flooring is a little more neutral, with a traditional flat appearance. This relatively neutral appearance might make it appropriate for settings like healthcare facilities or nursing homes.

4. Acid Brick/Dairy Tile

Acid brick is unlike the other floorings we’ve mentioned, which are coatings installed on top of a pre-existing floor and are not the floor itself, per se. Also known as dairy tile, this type of flooring is a specifically designed brick that forms the floor itself.

The major advantages offered by this flooring solution include:

• Thermal Stability: Worried that your location is going to be getting extremely hot? Extremely cold? With acid brick, this won’t be a problem.
• Impact Resistance: Acid brick is designed to be able to take a beating. It’s capable of handling heavy impacts and lots of traffic all without denting, cracking or breaking.
• Chemical Resistance: Some floors might become damaged in the face of chemical contact, becoming discolored, corroded or stained. Acid brick is designed to handle these types of contact, however, and stand up to them without sustaining any damage.
• Durability: In addition to its natural resistance to many potentially damaging impacts, acid brick is also built to last. Its natural durability and longevity will be major assets no matter where you install this flooring. Because of this, it’s a perfect candidate for places like food and dairy product manufacturing floors.

How Long Will It Last?

This is nearly an impossible question to answer, as the lifespan of your floor will vary wildly based on how well you maintain it and how much traffic it experiences. In some cases, if it is not heavily trafficked, it can last for decades. In other cases, however, when extreme traffic conditions are at play, your floor may last less than ten years.

You can do your part to improve the longevity of your flooring by cleaning it regularly and promptly attending to any damage, instead of letting the damage sit without care.

How Long Does It Take to Install?

This depends slightly — on the type of floor you’re having installed, on what state your floor is in before this installation, as well as on other extenuating circumstances such as additional complications. In general, however, you can expect a floor installation to take anywhere from a few hours to potentially a few days. This time window can vary widely, but these numbers provide a rough estimate. Keep in mind that not all of this time is actual installation work. You will spend most of this time just waiting for the new flooring to cure.

What Is the Best Commercial Flooring Option for Your Industry?

As you look at your business and your setting, it can be helpful to know what others in your same industry choose for their flooring, and what their typical concerns are. While it would be impossible to mention every industry, here are a few examples, and what they might install on their floors.

Because you are the only one who can truly know the needs your location has, we will not attempt to dictate which type of flooring you need. Instead, we’ll look at a few of the concerns you should be aware of moving forward, that will help guide your choice.

• Healthcare: In healthcare settings, be they hospitals, nursing homes or clinics, you likely won’t worry about heavy forklifts or major temperature fluctuations. You probably won’t need something heavy-duty, but you will need to worry about how easy it is to clean and how it holds up under heavy traffic.
• Manufacturing: If you run a manufacturing plant, you’ll likely have heavy machinery. You may want to invest in something a little more durable and resistant to things like chemicals, thermal variations and blunt impacts.
• Retirement communities: Similarly to healthcare facilities, retirement communities will need to be easy to clean and able to stand up to heavy traffic. Also, make sure the floor’s finish is smooth and without the kind of blemishes that could cause tripping hazards.
• Plane hangars: For this type of setting, you will want to think about blunt impacts and heavy amounts of traffic. Select flooring that can withstand the weight of airplanes and their equipment.
• Fire stations: At a fire station, your floor will need to hold up to many different hazards. Think of heavy fire truck traffic, potential chemical damage, potential thermal damage and more. Choose a flooring option that will be able to resist these hazards.

Shop Commercial and Industrial Flooring at Houck

Whether you’re building an entirely new space, re-inventing an old one or simply replacing an old floor, you can find the flooring to fit your needs at Houck. We work with flooring materials such as:

• Epoxy
• Methyl methacrylate (MMA)
• Polyurethane concrete
• Acid brick/dairy tile

Not only do we install these materials, but we also specialize in repairs, meaning that if your floor still has some life left in it and just needs a repair job, we’re ready and willing to help with that, as well.

Learn more about our various flooring services and options today, and don’t hesitate to contact us with any additional questions.

What You Need to Know About Concrete Resurfacing of Your Warehouse Floors

A coated concrete floor is a popular choice when resurfacing a warehouse. It provides a smooth, flat floor that resists foot, pallet jack and forklift traffic, as well as water penetration. Industrial concrete floors require little maintenance and, when properly installed, can provide decades of reliable service.

If you’re considering having your industrial or warehouse concrete floor repaired, you should:

• Start with a clean surface: Any dirt, debris or old, broken cement can affect the thickness and durability of your new floor once it dries. To avoid cracks and weak areas in your new concrete floor resurfacing, do a thorough job of cleaning the area before you pour your floor.
• Prepare your surface: Depending on the nature of your existing floor or surface, preparation may be required. This can include leveling the area to allow for a consistent concrete thickness to be applied. It may also involve reinforcing footings, drains and other features in your floor that need to be strong enough to support the added weight.
• Follow the instruction closely: No matter which concrete brand or type you’re using to resurface your warehouse floor, you need to follow the instructions closely. Always mix to the correct ratios and apply accordingly. Make sure the temperature in your warehouse is well within the specified range for optimal flow and curing times. Don’t use your floor until it’s completely dry.
• Scuff the surface: For industrial purposes, you might require a rough surface. This provides better grip and adhesion, especially if the floor gets wet. Choose an industrial floor scuffing machine to guarantee the best surface result.
• Apply a coating: The key to a long-lasting industrial concrete floor is applying the right coating. Coatings not only make it easier to clean dirt and scuff marks, but they also help create a waterproof barrier. Keeping water out of your concrete floor will help it last longer and avoid cracking.

A concrete floor is a high-value solution for warehouses and other large industrial and commercial spaces where another floor type would be cost-prohibitive. It’s relatively easy for a qualified contractor to pour concrete and it makes for a suitable base for installing your warehouse racks, barriers, and equipment. A concrete floor also resists wear from numerous types of traffic and provides good traction in wet or dry conditions.

At Houck, we have years of experience pouring and repairing warehouse concrete floors. If you need help choosing the right type of concrete floor or determining what repairs need to be done before resurfacing, contact our team for a comprehensive estimate.

Concrete Expansion Joint Repair: Causes and Effects

If you have a concrete floor in your commercial building, you know expansion joints are necessary to allow for the natural expansion and contraction that occurs from temperature changes. Without these joints, large cracks can travel across your floor, creating costly damage. While your concrete floor expansion joints are designed to absorb and dissipate the stress from expansion, in extreme cases, the joints themselves can crack.

It’s necessary to understand that when the joints of your concrete floor do crack, they are actually working as they’re designed to, and protecting the slabs themselves. Replacement of cracked concrete slabs is costly and time-consuming, whereas replacing expansion joints in concrete is a much easier task. Once you detect cracked joints, it’s important to have them repaired quickly. Failing to do so can allow further cracking to occur not just in the joints, but in the concrete floor itself.

Replacing and repairing expansion joints in concrete slabs is a task best left in professional hands. Attempting to fix a failing expansion joint in a concrete floor without having the right knowledge, materials and tools can lead to increased damage and unnecessary costs. Hiring a professional company to assess your expansion joint repairs is your safest and wisest course of action. It will also identify the cause of failure of the expansion joints. This way, you can take steps to prevent future damage.

Houck is dedicated to safety, quality, and performance. With years of experience in the industry, we have the solutions you need for your concrete floor maintenance and repair. For expansion joint repair you can trust, contact us today!

What Causes Expansion Joints in Concrete to Crack?

The biggest factor that causes expansion joints in concrete to crack is temperature. Almost always, premature cracking is due to poor planning and wrong material choice. Engineers design expansion joints to accommodate movement due to physical forces resulting from temperature fluctuation. That includes expansion reactive forces when the temperature rises and contraction forces when temperatures drop.

Concrete is a complex building material. Engineers specializing in concrete construction spend considerable time learning its properties in order to pour slabs built to withstand temperature changes. A main concrete design technique is to specify controlled expansion joints at specific intervals, which factors in specific expansion joint materials that work in conjunction with the poured-in-place concrete slabs.

People unfamiliar with concrete might think this hard substance is basically inert, but that’s far from reality in the concrete construction business. Concrete is a predictable substance. Its physical properties and tolerances are well known to experienced engineers.

Concrete moves at a precise rate in relationship to ambient temperature. There is a thermal expansion coefficient of 0.0000055 per linear inch of concrete per 1 degree Fahrenheit of temperature change. Engineers compensate for anticipated concrete movement to determine expansion control joint width and placement. The thickness of a concrete placement is not a factor. Concrete reacts uniformly on a linear movement regardless of how thick a slab might be.

For instance, 100 linear feet of concrete flatwork at 100 degrees Fahrenheit has an expansion factor of 0.66 inches. If you raise the same size slab’s temperature to 160 degrees Fahrenheit, its expansion factor will be 1.06 inches. To set the example, think of a concrete roadway. A mile of concrete has an expansion factor of 34.85 inches at 100 degrees, while the expansion factor of the same mile at 160 degrees is 55.76 inches.

This is why there are so many expansion joints in concrete highways. The continual expansion and contraction actions from hot and cold cycles are hard on the joint material. The continuous movement causes fair wear and tear resulting in high maintenance costs and early joint failure.

The same situation occurs with the concrete floor in a commercial or industrial building, albeit at a smaller scale. There is a proportional relationship to expansion joints in concrete floors. Engineers estimate the temperature range fluctuations expected in a building, then mathematically calculate expansion joint interval spacing and the width of the joint. They also calculate the best material options for filling the expansion joint.

The second leading factor causing concrete expansion joints to crack is poor material selection for the joints themselves. Expansion joint materials have to be compatible with the type of concrete they’re paired with. Joint materials also have to withstand the environmental conditions they’re destined for.

Many different concrete mix formulas are available. Depending on the application, some concrete mixtures are high in corrosive additives, like calcium and fly ash. These chemicals can be highly destructive on expansion joint materials if they’re not suitably selected. Also, certain concrete expansion joint materials aren’t designed for environments where oil, fuel and other volatile contaminants cause the material to fail.

To understand more about why expansion joints in concrete fail and crack, it’s helpful to know what joint materials are commonly used. It’s also good to know each material’s properties, so you don’t make the mistake of repairing or replacing your expansion joints with the wrong substance.

Commonly Used Concrete Expansion Joint Materials

If you look at your current slab’s expansion joints, you’ll certainly recognize the shape, color and texture. But, you might not know the material and whether it’s properly suited for your building environment. These are the most common expansion joint materials used in concrete slab construction and situations where they’re best suited:

• Asphalt Expansion Joints: Asphalt is the most commonly used expansion joint material used in concrete flatwork. Asphalt is a self-sealing material, so it rarely requires an additional sealer. It stands up well to petroleum spills and harsh cleaning products. It is a non-absorbing material and protects well against water infiltration. You’ll often find asphalt expansion joints in outdoor and high-humidity environments.

• Fiber Expansion Joints: Fiber expansion joints are an advanced form of standard asphalt joint fillers. They are composed of cellular fibers chemically bound by liquid asphalt and then cooled into semi-solid form. The material is very flexible and versatile with excellent memory properties to resist continual expansion and contraction forces. Fiber expansion joints work well in both indoor and outdoor applications.

• Ceramar® Expansion Joints: Ceramar® is an expansion joint filler made of flexible foam. It’s a brand-name filler composed of tightly enclosed cellular structures blended with isomeric polymers. Ceramar® is recognizable from its distinctive light gray color. It’s easy to install, highly flexible and has an extremely high memory rate. It also reacts well with most commercial caulking and sealants. Ceramar® is a popular choice across the board.

• Sponge Rubber Expansion Joints: Sponge rubber material is highly suited to applications where temperatures rapidly change. Sponge rubber is a chemically manufactured product with tremendous elasticity. It also has high heat and cold resistance, making it an excellent expansion joint material in buildings ranging from foundries to cold storage warehouses.

• Cork Expansion Joints: Cork is a naturally occurring organic product harvested from cork trees. It is one of the most resilient expansion joint products available. Manufacturers mix granulated cork with phenolic resin to produce joint material that’s incredibly flexible and durable. One popular form is self-expanding cork that works well with rapidly contracting slabs such as freezer settings. Cork will stretch well beyond its inert state without breaking its bond to adjacent concrete materials.

• Plastic Expansion Joints: Plastic also has its place as a concrete expansion joint material. Although most plastic expansion joint products don’t lend well to flexing, plastic can be an ideal material in temperately-stable environments. Plastic joints are aesthetically pleasing compared to some other choices making them popular in showrooms and assembly plants where cleanliness is important. Popular plastic expansion joint brand names are Speed-E-Joint®, Deck-O-Joint®, Snap Cap® and Keyway®.

Long-Term Benefits of Concrete Expansion Joints

Keeping your concrete expansion joints in pristine condition has many benefits. Over the long term, buildings and other concrete slab structures with properly designed and maintained expansion joints combined with compatible joint-filling materials will perform without issues. Properly sealed and maintained expansion joints should perform as intended. They should not be a liability nor an ongoing expense.

As a building owner or manager who depends on concrete slabs for production or storage, you have better things to worry about than problems with concrete expansion and contraction. If you have the correctly designed and filled joints, you’ll find several benefits for your business. The long-term benefits of concrete expansion joints include:

• Peak Performance: Properly maintained, repaired or replaced concrete expansion joints perform at their peak by allowing slabs to naturally expand and contract according to any temperature fluctuations you can expect. There will be no damage from buckling or splitting.

• Excellent Hygiene: Expansion joints that remain sealed offer excellent hygiene benefits. They keep joint cracks closed and impervious to contaminants getting inside tight spaces. This is especially beneficial if you’re in the pharmaceutical or food and beverage industries, which must adhere to high sanitary and hygiene standards.

• Economic Return: You can expect economic benefits from having the right expansion joints and materials. If built, repaired or replaced properly, your joints should provide years of service with no cash layout. A sound investment in expansion joint maintenance and repairs allows you to reserve your operating capital for future investments in your business.

• Superior Safety: Without question, professionally designed or repaired expansion joints give superior safety for your employees. Good expansion joints in concrete slabs minimize tripping hazards. They make forklift travel smoother and reduce the jarring effect that poorly built or maintained expansion joints deliver.

• Low Maintenance: Professional concrete expansion joints deliver you the big benefit of being low maintenance. If you have your expansion joints installed, repaired or replaced by a professional company that specializes in expansion joint work, you’ll definitely lower your maintenance work in the long term. In turn, that makes your workplace perform at its peak with excellent hygiene and superior safety for the clear benefit of a positive economic return.

For expert concrete expansion joint repair, choose Houck. Contact us today!

Maintaining Your Expansion Joints

Properly maintaining your expansion joints is the key to ensuring long-lasting performance. Preventive maintenance will help delay any repairs that may naturally need to be done over time and give you longer life out of your expansion joints. Regularly inspecting the state of your expansion joints will ensure you catch a problem right away. As you conduct regular inspections, you’ll notice issues and be able to remedy them right away.

There are steps you can take to keep your concrete floor expansion joints in healthy condition, including:

• Cleaning: Keep dirt and debris out of your expansion joints. Debris can encourage moisture to seep into your expansion joints, causing them to crack.
• Drying: Don’t allow standing water to remain on your expansion joints for too long. Always remove water so it doesn’t penetrate below cracks and under your concrete floor slabs.
• Weeds and plant growth: If you see weeds and plants growing in your expansion joints, remove them immediately. Their roots can quickly cause damage to your joints and flooring system.

If you discover cracks in your joints, the process of replacing expansion joints in a concrete floor is relatively simple. You need to choose the right joint filler to create a new expansion joint that is both strong and flexible.

Never fill your cracked expansion joints with concrete. This removes their flexible nature and can cause your entire floor to crack. Instead, apply an industrial concrete floor caulking or filler designed to resist cracking, allow for concrete expansion and resist water penetration below your floor.

When to Repair Cracked Expansion Joints

The best time to repair cracked expansion joints is as soon as you’re aware of the problem. In most situations, this won’t be a sudden event requiring your immediate attention. Instead, expansion joints crack slowly and steadily. It’s much the same way that concrete expansion and contraction itself is a slow and steady process.

Regardless, you should still be aware of the first signs of cracked expansion joints that require repair, including:

• Hairline cracks developing into larger caverns
• Pieces of expansion joint material beginning to loosen and dislodge
• Discoloration and water retention during regular cleanups

Don’t wait until little situations become a big problem — repair cracked expansion joints the moment they’re evident. It’s a decision that’s safer for your workers, cleaner for your products and financially sound.

The question isn’t whether to take action — it’s what action to take. That’s the decision of whether to simply repair your existing concrete expansion joints or to remove them entirely and replace them with the right products. If you decide on removing them, then it’s critical to have the new ones installed by the best professionals in the concrete expansion joint business.

Ultimately, it’s your choice in what to do. The important thing is to make the right choice and to make it with the best information. This is why Houck is your best choice for both replacing and repairing your concrete floor expansion joints.

Replacing and Repairing Your Concrete Floor Expansion Joints

Whether you’re replacing or repairing your concrete floor expansion joints, it’s crucial to contact an expert in the field. Working with a team of professionals ensures you’re getting the best service possible and that the job is getting done correctly and safely. When you do it yourself, you risk making beginners’ errors that could be costly to undo in the long run.

At Houck, we have a commitment to safety, quality, and performance. With years of experience in the industry, we have the solutions you need for your concrete floor maintenance and repair. We can complete all of your industrial and commercial floor repairs. Call our professional team today and we’ll make sure your expansion joints are properly repaired and ready for years of use.

A Guide to Epoxy Floor Coatings

For industrial and commercial buildings and spaces, no flooring material offers the wide range of benefits and durability as epoxy. When the craftspeople at Houck install an epoxy floor, we make sure it is aesthetically-pleasing and provides you years of reliability. To help you decide if an epoxy flooring system is the right choice for you, we have compiled a list of the benefits that epoxy flooring affords.

Choose Your Application

Not all epoxy floors are the same. The surface finish, appearance and durability can vary widely, depending on the quality of the epoxy used. The way we prep your concrete floor, and the methods we use to install your epoxy floor have a significant effect on the lifespan of your flooring system.

What are the Advantages of an Epoxy Flooring System?

• Seamless finish: When we apply epoxy over the concrete substrate, you get a smooth, seamless surface that is ideal for and can withstand the constant traffic of dollies, forklifts, carts and other pieces of equipment on wheels and rollers.
• Attractive finish: If you want a clean and attractive appearance for your commercial or industrial space, an epoxy floor provides a homogeneous look and is available in a wide range of colors, textures and finishes.
• Low maintenance: Once installed, our epoxy floors require almost no maintenance. They are easy to clean and they maintain their durability even in high-traffic areas.
• Slip-resistance: An epoxy floor can greatly increase adherence for walking and motorized equipment. We have multiple types of epoxy specifically designed to increase friction and keep traffic areas slip-free.
• Chemical resistance: For environments where chemicals are present, chemically-resistant epoxy flooring not only resists chemical corrosion, but it also acts as a barrier, preventing chemicals and moisture from leaking through the concrete and into the ground.

Trust Our Experience

We can help you choose the type of quality epoxy flooring that best meets your needs for appearance, wear and value. Our technicians and installers will carefully prepare your floor and apply the epoxy, ensuring full coverage and a clean, durable finish.

You can learn more about our commercial flooring services by visiting our website or feel free to give us a call. We would be happy to discuss the benefits of a professionally installed epoxy flooring system for your factory, warehouse or other industrial or commercial space. Once we have determined which application would suit your particular facility and needs, we will provide you with a detailed quote and scope of work. At Houck, we are committed to safety, quality and performance, and look forward to serving you.