Epoxy resin flooring genuinely stands out from other flooring alternatives when it comes to selecting new flooring systems for industrial usage, covering garage floors, or any other outdoor surfaces. Epoxy flooring, sometimes referred to as resinous flooring, is extremely resilient, adaptable, sustainable, and aesthetically pleasing for any surface. Epoxy flooring is one of the most durable flooring alternatives because of its resilience to significant wear and tear. Here is a breakdown of the components of epoxy floors, the many types of epoxy resin, and the applications for various types of epoxy flooring systems in case you are thinking of installing epoxy resin flooring.
Why is epoxy used?
The chemical difference between epoxy coating and conventional floor paints is a key feature of this coating. Resinous flooring is made of a two-part epoxy system, which is composed of hardeners and polymer resins, much like epoxy glue. Epoxy resin and hardener react to one another when they are correctly combined, creating a chemical link between each substance and the floor itself. The chemical bond produces a rigid plastic substance that is strong, resistant to deterioration, and adheres to its substrate incredibly well.
What is flooring made of epoxy?
The most basic definition of epoxy flooring refers to a flooring surface made up of many layers of epoxy that are put to a floor with a minimum two-millimeter depth. When contrasting an epoxy floor with epoxy floor finish, confusion frequently results. The thickness of the epoxy is what distinguishes the two; as previously said, epoxy floors are defined as epoxy coatings that are at least two millimeters thick. Epoxy floor coating is a general term for any epoxy floor that is less than two millimeters thick.
Preparing for Epoxy Floor Coating
For optimum adhesion, an epoxy flooring system needs a smooth, somewhat porous surface. On polished or sealed concrete, epoxy may not adhere. Moreover, the concrete must finish curing. It’s crucial to fix and repair any significant cracks and chips in the concrete surface before applying epoxy floor coating, and to clean up any grease.
Check the concrete’s surface for any coatings of epoxy or other compounds that may have been placed in the past if the concrete is old. Pour a tiny amount of water onto the floor to check for sealant. It ought to absorb. It has probably been sealed and may not be appropriate for an epoxy coating if the water beads on the surface rather than permeating it.