What Is The Best Floor Coating?




Epoxy, Polyaspartic, and Polyurea flooring are popular concrete coatings for residential, commercial, and industrial use. Each coating has its own set of pros and cons depending on the specific application and environment.

Epoxy Flooring

Epoxy coatings are made by mixing two components, a resin and a hardener, which then chemically react to create a hard, durable surface. They are known for their excellent adhesion, toughness, and resistance to wear, chemicals, and stains. These coatings also come in a variety of colors and finishes, making them a popular choice for decorative purposes.

Epoxy Pros & Cons



Polyaspartic Flooring

Polyaspartic coatings are a type of polyurea coating that is modified with an aliphatic polyisocyanate ester. This modification results in a slower curing time than traditional polyurea coatings, but it also provides better UV stability and color retention, making polyaspartic the best floor coating for exterior applications. Polyaspartic coatings are also highly durable, resistant to abrasions, chemicals, and UV rays, and offer excellent adhesion to various substrates.

Polyaspartic Pros & Cons:



Polyurea Flooring

Polyurea flooring can be the best floor coating for areas that are exposed to heavy foot traffic, machinery, or harsh conditions, such as warehouses, manufacturing facilities, and commercial kitchens. It can also be used in residential settings for garages, basements, and other high-traffic areas.

One of the key advantages of polyurea flooring is its fast curing time. It can be applied in a single coat and can cure in just a few hours, which reduces downtime and minimizes disruption to daily operations.

Polyurea Pros & Cons:



The Best Floor Coating Depends On Your Needs

Epoxy, Polyaspartic, and Polyurea flooring offer superior durability, flexibility, and affordability compared to alternative floor options. We use industry-leading Elite Crete coating products, and ultimately, the choice between the three will depend on the floor’s specific requirements and the desired aesthetic.

Installing An Epoxy Garage Floor In May




Springtime, and especially May, is an excellent time for installing an epoxy garage floor, as Fall and Winter seasons bring a lot of dirt, and Kentuckiana Summers have high heat and humidity. 

Epoxy Floor Installation Process

An epoxy garage floor is a popular choice among homeowners, so let’s go over the process of installing an epoxy garage floor.

Preparing The Surface

The first step in the installation process is to prepare the surface where the epoxy will be applied. The surface must be thoroughly cleaned to remove any dirt, debris, contaminants, existing coatings, or sealants that may affect the adhesion of the epoxy. This may involve using a degreaser or other specialized cleaner to remove oil, grease, or other substances that can interfere with the bonding of the epoxy. 

Repairing Cracks In Concrete

Any cracks, chips, or other damage to the surface must be repaired before the epoxy can be applied. Depending on the severity of the damage, this may involve filling in cracks or holes with an epoxy filler, grinding down rough spots, or leveling the surface to ensure that it is even.

Testing The Surface

Before applying the epoxy, it’s important to test the surface to ensure that it is clean and dry, and that the epoxy will adhere properly. This may involve using a moisture meter or other tools to check the surface for moisture content, as excess moisture can interfere with the curing process and result in a poor bond.

Etching the Surface

In some cases, it may be necessary to etch the surface to create a rough texture that will help the epoxy adhere more effectively. This is typically done using an acid or alkaline etching solution that creates a slight texture on the surface and improves the adhesion of the epoxy.


Once the surface is clean and smooth, a primer will be applied to help the epoxy adhere to the surface. The primer may be a separate product or may be included as part of the epoxy coating.

Mixing The Epoxy

Our Elite Crete Epoxy Coatings are typically a two-part system, consisting of a resin and a hardener. The mixing ratio of these two components can vary depending on the manufacturer’s instructions, but it is typically 2:1 or 1:1. 

When installing an epoxy garage floor, the mixing process may involve stirring the components together or using a specialized mixing tool. It’s important to use the appropriate mixing tools to ensure that the epoxy is properly mixed. This may involve using a specialized mixing paddle, a drill with a mixing attachment, or a mixing machine, depending on the size and scale of the project.

The mixing time for the epoxy may vary depending on the manufacturer’s instructions, but it is typically between 3-5 minutes. Over-mixing or under-mixing the epoxy can result in a poor finish, so it’s important to follow the mixing instructions carefully.

Applying The Epoxy

The installation area’s temperature and humidity can affect the epoxy’s curing time and performance, which makes springtime’s mild temps and humidity ideal. We are sure to follow the manufacturer’s instructions regarding the recommended temperature and humidity range for the installation.

The mixed epoxy is then applied to the surface using a roller or sprayer. The epoxy should be applied evenly and smoothly, without leaving any bubbles or streaks. It’s important to work quickly and efficiently, as the epoxy can begin to cure soon after it is applied.

Depending on the desired thickness and finish, multiple coats of epoxy may be required. Therefore, it’s important to allow sufficient curing time between coats to ensure that each layer adheres appropriately.

Adding Decorative Elements

If desired, an ArmourFlo epoxy floor specialist can add decorative elements like flakes or pigments to the epoxy while it is still wet to create a unique look. For example, You are only limited by your imagination when choosing polyaspartic flake floor colors. Color flake, also known as decorative flake, color chips, vinyl color chips, or fleck improve the aesthetic attributes of your garage flooring system. Also, metallic epoxy flooring provides a unique combination of light-reflective aggregate blends swirled during application.


After the epoxy is applied, it needs to cure for a while before using it. The curing time will vary depending on the epoxy type and the installation area conditions.

Industrial Concrete Floor Polishing




Concrete Floor Polishing Uses

There are several great uses for industrial concrete floor polishing, which is a process that involves grinding, honing, and polishing concrete surfaces to create a smooth, glossy, and durable finish. Concrete floor polishing is a versatile flooring option used in various applications, including warehouses, manufacturing facilities, commercial and retail spaces, showrooms and exhibitions, public and municipal buildings, and sports and recreation facilities. 

Warehouse and Distribution Centers

Polished concrete floors are ideal for warehouses and distribution centers due to their high durability and resistance to heavy foot and vehicle traffic. In addition, they can withstand the wear and tear of forklifts, pallet jacks, and other industrial equipment, making them suitable for high-traffic areas. The glossy finish also enhances the lighting in the space, reducing the need for additional lighting.

Manufacturing Facilities

Industrial concrete floor polishing is commonly used in manufacturing facilities where spills, chemicals, and heavy equipment are present. Polished concrete floors are resistant to chemicals, oil, and other substances, making them easy to clean and maintain. They also provide a safe and slip-resistant surface for workers, even when wet.

Commercial and Retail Spaces

Polished concrete floors are increasingly popular in commercial and retail spaces due to their aesthetic appeal and low maintenance requirements. They can be customized with different colors, patterns, and finishes to create a unique and attractive flooring option that complements the overall design of the space. Polished concrete floors are also durable and long-lasting, making them a cost-effective choice for high-traffic commercial areas.

Showrooms and Exhibitions

Polished concrete floors are commonly used in showrooms, galleries, and exhibition spaces to create a sleek and modern look that enhances the display of products or artworks. The glossy finish of polished concrete floors can provide an upscale and professional appearance, making them an excellent choice for showcasing high-end products or art installations.

Public and Municipal Buildings

Industrial concrete floor polishing is also suitable for public and municipal buildings such as airports, schools, hospitals, and government facilities. Polished concrete floors are durable, easy to clean, and resistant to stains, making them ideal for high-traffic areas in public buildings. They also provide a cost-effective and sustainable flooring option as they can be installed over existing concrete slabs, eliminating the need for additional flooring materials.

Sports and Recreation Facilities

Polished concrete floors are often used in sports and recreation facilities, such as gyms, fitness centers, and indoor arenas. They provide a durable and low-maintenance flooring solution that can withstand the heavy use and high impact associated with sports and fitness activities. Polished concrete floors are also easy to clean and can be customized with sports lines or logos to enhance the overall aesthetics of the facility.

Concrete Floor Polishing Process

Industrial floor polishing typically involves several steps, which may vary depending on the specific project requirements, the condition of the existing concrete surface, and the desired finish. Typical steps involved in industrial floor polishing include surface preparation, grinding and honing, polishing, densification and stain guard application, finishing touches, final inspection, and ongoing maintenance.

Surface Preparation

The existing concrete surface is prepared by removing any existing coatings, adhesives, or contaminants, and repairing any cracks or damage. This may involve grinding, shot blasting, or other methods to ensure that the surface is clean, smooth, and free of debris.

Grinding and Honing

The concrete surface is then ground using diamond abrasives in a series of progressively finer grits to remove any imperfections, level the surface, and create a smooth and even surface. This process may involve multiple passes with different grits of diamonds to achieve the desired level of smoothness and clarity.


Once the grinding and honing process is complete, the concrete surface is polished using progressively finer diamond abrasives to achieve the desired level of gloss or shine. This step may involve several passes with different grits of diamonds to refine the surface and create the desired finish.

Densification and Stain Guard Application (Optional)

After polishing, a densifier may be applied to the concrete surface to harden it and make it more resistant to wear and staining. Additionally, a stain guard or sealer may be applied to protect the polished concrete surface from spills, stains, and damage.

Finishing Touches

Once the polishing and optional treatment steps are complete, any edges or corners are polished to match the rest of the floor, and any remaining residue or dust is cleaned and removed from the surface.

Final Inspection

A final inspection is conducted to ensure that the polished concrete surface meets the desired finish, clarity, and quality standards. Any touch-ups or corrections are made as needed to achieve the desired result.

Ongoing Maintenance

After the industrial floor polishing process is complete, ongoing maintenance is required to keep the polished concrete surface looking its best. This may involve regular cleaning, periodic reapplication of sealers or densifiers, and routine maintenance to address any wear or damage that may occur over time.

Industrial Concrete Floor Polishing For Cost Savings & Durability

Concrete floor polishing is an excellent choice for long-term savings. Polishing concrete requires minimal downtime for your business, meets LEED certifications for sustainability, maintenance costs will remain low, the surface will stay remarkably safe for employees with slip-resistance additives, and your floor will stay durable for many years with standard upkeep. 

Cost Of Polished Concrete




Polished concrete is popular and desirable for businesses and homeowners, and there are many reasons why the cost of polished concrete flooring is less than other alternatives. For example, when you compare polished concrete to hardwood and vinyl composite tile (VCT) flooring, you have less cost for materials, installation, and maintenance. Crucially, there is less environmental impact with polished concrete versus hardwood flooring and VCT.

Material Cost

Concrete, the primary material for polished concrete flooring, is generally less expensive than hardwood and vinyl tile. Polished concrete is created by grinding and polishing the existing concrete surface, which usually already exists in a property. Hardwood flooring is typically made from more expensive, high-quality wood species that must be ordered. VCT flooring also requires the purchase of vinyl composite tiles, adhesive, and other installation materials. By choosing concrete polishing, you work with what you already have and greatly minimize material costs.

Installation Cost

Polished concrete flooring usually already exists at a customer’s property, and it is less labor-intensive than hardwood and tile flooring installations. Installing a hardwood floor may require additional subfloor preparation, moisture barriers, and other specialized tools, while installing a VCT floor can require complex cuts and intricate patterns with adhesive. Grinding and polishing an existing concrete surface will take less time and save you on installation costs.

Maintenance Cost

Polished concrete flooring is known for its durability, low maintenance, and safety when it includes slip-resistant additives. It doesn’t require regular sanding, staining, or refinishing, which are everyday maintenance tasks for hardwood flooring. Vinyl tile flooring may require more frequent maintenance, such as cleaning, waxing, and periodic replacement of damaged tiles, which can add to the overall cost over time. While seamless, polished concrete is highly hygienic, hardwood and VCT can accumulate bacteria and mold in floor seams and edges. Finally, in the case of spills or flooding, liquid, and moisture can leak into hardwood and tile seams, while polished concrete offers no area to accept it. Therefore, your maintenance cost for polished concrete will be much lower long-term than hardwood and tile.

Environmental Cost

Sustainability and value engineering make polishing concrete more appealing, as it meets LEED requirements and remains a low-cost, long-lasting flooring option. Many installers use energy-efficient grinding and polishing equipment, and polishing concrete does not emit harmful VOCs. There is no “polished concrete smell.” It is also breathable, which eliminates concerns about MVER. Finally, there is little waste and water use from installation, and with regular maintenance, property owners can eliminate harsh cleaning solvents.

When installing hardwood floors, it is essential to look for hardwood certified by reputable organizations such as the Forest Stewardship Council (FSC), which ensures that the wood is harvested sustainably and responsibly. Often, FSC-certified wood is not used in hardwood flooring due to cost. Also, some hardwood flooring may be treated with chemicals for preservation, pest control, or staining. These chemicals can contribute to environmental pollution and impact indoor air quality. Finally, waste generation, including wood scraps, bark, and sawdust, which must be disposed of or processed, often contributes to environmental pollution.

VCT flooring is made from vinyl, a synthetic material derived from fossil fuels. The extraction and processing of these raw materials can have negative environmental impacts, including habitat destruction, air and water pollution, and greenhouse gas emissions. In addition, manufacturing and installation generate waste materials such as trimmings and scraps, which can contribute to landfill waste. Finally, VCT flooring often contains additives, such as plasticizers, stabilizers, and colorants, which may contain harmful chemicals. These chemicals can leach out of the flooring and contribute to indoor air pollution, affecting indoor air quality and posing health risks.

Low Cost And Long-Lasting Polished Concrete

Polished concrete is a low-cost, durable, and low-maintenance flooring option for various industrial, commercial, and residential applications. Compare polished concrete’s material, installation, maintenance, and environmental costs to hardwood and VCT flooring. You will also see why GCs, architects, and homeowners prefer polished concrete as a floor solution.

Springtime Is Best Time For New Garage Flooring




As a homeowner, you deserve new garage flooring that is easy to maintain, and Springtime is the best time to install it. The floor in your garage contends with a significant amount of dirt in Fall and Winter, while Summer presents high heat and humidity. Most homeowners use their garages more in Spring and Summer too. An epoxy garage floor installation in Spring increases your garage’s safety and ease of maintenance, preparing you for expanded use.

An epoxy or polyaspartic garage floor coating protects your floors against structural damage, fading, stains, and an unsafe surface for your guests or family. In addition, your garage floor shouldn’t look worn out, dirty, cracked, or chipped. Custom epoxy or polyaspartic flooring is the best option for your floor’s health and longevity. 

Ideal Temperature For Installing New Garage Flooring

There is a sweet spot when considering the temperature for an epoxy or polyaspartic floor installation. Usually, the best temperature for installing a garage floor is between 50 and 80 degrees. However, garage floor coatings often require specific temperature and humidity ranges for proper curing and adhesion. Spring weather tends to be mild and less humid, making it easier to maintain ideal conditions for the coating to cure properly.

More Time For Proper Installation

Garage floor coatings will cure or harden quicker due to heat, and higher temps present more time restrictions and pressure installation time. Milder temperatures in Spring allow our installers more scheduling flexibility in preparation and installation.

Spring is a great time to install new garage flooring because it falls between the winter months, which can be harsh and damaging to concrete floors, and the summer months, which can be hot and humid. Installing garage flooring in the Spring can help protect the concrete from any residual winter damage and prepare it for the upcoming summer months.

Springtime Offers A Break Between High Seasonal Use

Many people use their garages more frequently during late spring and summer months for activities such as car maintenance, outdoor equipment storage, and home improvement projects. Installing new garage flooring in the Spring can help create a clean, safe, and functional space for these activities.

New Garage Flooring For Home Improvement Projects

Speaking of home improvement projects, Spring is often considered the start of home improvement season. Homeowners often receive a tax return in early Spring which they invest in their home. An epoxy or polyaspartic garage floor installation upgrades and adds value to their home. New garage flooring presents additional space to a house that homeowners can use to tackle more projects and increase property value.

An epoxy garage floor coating can provide a protective layer that resists impact, moisture, stains, and chemicals. New epoxy garage flooring can be especially useful in the Springtime when there tends to be more rainfall and muddy conditions. The coating can help to prevent water and other liquids from penetrating the concrete surface and causing damage. Epoxy or polyaspartic flooring also increases floor safety and stays easy to clean.

Better Temperatures And Humidity For Installation Materials 

Leaving materials to sit at high temperatures can make epoxy start to cure and harden, making the installation much more challenging and potentially hurting the quality of the finished product. Instead, Springtime offers cooler temperatures and the convenience of storing materials outside at installation sites without the epoxy hardening too fast. In addition, moderate temperatures can help the epoxy to adhere to the concrete surface, while low humidity levels can prevent moisture from affecting the adhesion of the coating.

Contact us to take advantage of Spring to install new garage flooring.