Concrete Epoxy Flooring Atlanta

Epoxy undergoes a chemical reaction that bonds it to the concrete—paint just sits on top. That chemical bond means epoxy won’t peel or chip like garage floor paint does. Paint can’t handle hot tires from your car—the heat makes it sticky and pulls it up. Epoxy handles that heat without issues. Plus, epoxy creates a non-porous surface that resists oil, chemicals, and stains. Spills wipe right up instead of soaking in. For residential garages in Georgia, epoxy makes way more sense than paint if you want something that lasts. Learn more about concrete floor painting alternatives.

This is huge for Georgia. Our humidity creates moisture vapor emissions from concrete slabs—that’s what causes flooring failures, mold, and mildew. We test every floor using calcium chloride testing (ASTM F1869) or relative humidity testing (ASTM F2170) to measure moisture levels. Then we use epoxy moisture control systems that can handle up to 100% relative humidity. Some formulations even work on physically damp concrete. The two-coat systems minimize pinholes or voids, creating a complete moisture barrier. That’s why epoxy flooring Atlanta installations need proper testing first.

Depends on the space and condition of the concrete. Most residential garages take 2-3 days. Day one is surface prep—diamond grinding or shot blasting, repairs, and moisture testing. Day two is application—mixing the epoxy resin and hardener, applying it, letting it cure. Some systems need 72 hours before you can drive on them, but polyaspartic formulations cure in 24 hours. Commercial installations take longer because of the size. Factor in curing time when planning—you can’t use the space while it cures.

Standard glossy epoxy can be slippery when wet, yes. But we can add anti-slip additives to the topcoat that create texture for better traction. This reduces the gloss slightly but increases safety significantly. For commercial spaces, medical facilities, or anywhere moisture is common, we recommend anti-slip formulations. Residential garages usually don’t need it unless you’re parking snow-covered vehicles in winter. The trade-off is appearance versus safety—most people choose safety for wet environments.

Absolutely. That’s one of the most common applications. We just need to properly prep the surface first. Diamond grinding removes any existing coatings, oils, or contaminants. Cracks get filled, divots get patched. The key is moisture testing—old concrete can have moisture issues from poor initial installation or lack of vapor barriers. If moisture levels are too high, we use moisture control systems first. Age doesn’t matter as much as condition and moisture. We’ve installed epoxy over 50-year-old warehouse floors and 5-year-old garage slabs. Both work fine with proper prep.

Almost none. Sweep or dust regularly to remove grit and dirt—that prevents scratches from being ground into the surface. Mop with mild soap and water when needed. The seamless, non-porous surface doesn’t trap dirt or moisture like bare concrete does. Avoid harsh chemicals or abrasive scrubbers that can dull the finish over time. For commercial spaces with heavy traffic, you might need to apply a new topcoat every 10-15 years, but the epoxy underneath stays intact. Way less maintenance than VCT tile, carpet, or painted concrete.