All flooring systems have unique qualities. Consider epoxy flooring as a prime example. For this, you can choose a thin mil system or one made from 100 percent solids. While they’re both incredibly durable, long-lasting, and resistant to things like stains, abrasion, impact, moisture, and more, each formula serves a different purpose.
If you want epoxy flooring for residential, commercial, or industrial sites with a relatively light foot or vehicle traffic, the thin mil option makes an excellent choice. This flooring system works amazingly well in residential garages, auto repair shops, driveways, and even some work areas in manufacturing plants and warehouses.
A top-quality epoxy flooring system resists UV light and harsh chemicals as well. With an abundance of color, pattern, and texture options, an expert can transform many different indoor areas. As a film-like coating, this type of epoxy provides the concrete substrate with optimum protection against cracks, scaling, flaking, and more.
On the other hand, for surfaces with a significant amount of foot or vehicle traffic, you need a more durable system. A 100 percent solids epoxy flooring is ideal for the applications mentioned, along with testing and medical laboratories, busy offices, and hallways. Ultimately, you end up with a seamless floor, which reduces the risk of someone tripping and sustaining an injury.
As with the other option, this flooring solution comes in multiple colors, patterns, and textures. You can even have different types of aggregates added such as quartz beads, colored glass, metallic flakes, pebbles, and so on. Unlike the thin mil system, this produces a thicker surface, giving it the ability to resist more wear and tear.
Most importantly, you want to choose an epoxy flooring system that meets your specific needs. Of course, if you have any questions as to which one you should opt for, you can always discuss your project with a skilled installer or contractor who specializes in this flooring system. Regardless, your new floors will look fantastic and function at a high level.