The application of Epoxy Garage Floor Coating is a fairly new phenomenon in the world of house and home floor covering options, but the results are no less impressive. A hard-wearing, durable coating that provides exceptional protection and enhances the look of your floor, Epoxy floor coating systems can be applied to a wide range of garage floors including concrete, asphalt, and vinyl.
Epoxy Flake Flooring
When mixed together, epoxy and polyurethane, the base component of the coating, can give an appearance that resembles granite, marble, or wood while providing all of the protection that your garage floor requires to stay in pristine condition. With an incredible number of color choices available and a wide range of different coating systems to choose from, Epoxy floor coating systems can create a custom look that no other coating on the market can provide.
Because the application and removal of epoxy flake flooring are so easy, they have seen a lot of popular use in commercial settings as well. Some of the most common places you’ll find them are in parking lots of shopping centers, industrial facilities, car repair facilities, warehouses, and even at home Epoxy flake flooring. They offer a high degree of protection for concrete floors and can help extend the useful life of your floors by preventing the growth of mold and mildew.
In addition, because the coating is highly durable, the protection it gives is nearly impossible to damage or chip, and the fact that it is resistant to heat makes it a great choice for heating and cooling rooms as well. Another benefit of Epoxy garage floor coating systems is that they will maintain their appearance in a variety of weather conditions and are ideal for use in both residential and commercial properties.
If you’re considering using epoxy flooring systems for the first time, you might be wondering how to go about the process and what exactly to look for in the coating. The process begins with an injection of a specially formulated resin into a specially designed mold, which will then be used to manufacture several layers of varying thicknesses, depending on the application needs. Once the layers have been injected, the entire surface will flow smoothly, following the natural contours and flow of the concrete flooring system itself.