Procedures and Specifications for Industrial Epoxy Floor Coating

An increasing number of business owners and commercial operators prefer epoxy floor coating for their industrial areas. It’s easy to figure out why the industrial epoxy floor coating offers various combinations and types of epoxy coating based on performance and strength. The industrial epoxy floor coating cost can vary based on the material used and the level of application. 

Every customer has a specific desire in his or her specifications when it comes to the industrial epoxy floor coating.

Industrial Epoxy Floor Coating

The Industrial Epoxy Floor Coating Specifications 

The Following Are Multiple Specifications Based on The Sample Performance and The Coating Systems: 

• Flexible Epoxy: The modified and flexible epoxy coating is made for any impact absorption or crack bridging. Moreover, the application procedure is easy to apply over different kinds of substrates. 

• Semi-Rigid Epoxy: The Bisphenol A is a semi-rigid epoxy, and that is suitable for different toppings and coatings of floors. 

• Novolac Or Bisphenol F Epoxy: The Novolac or Bisphenol F specifications are apt for those floors that are exposed to severe chemical or higher temperatures. 

Thus, the industrial epoxy floor coating contractors should consider several factors when choosing the materials and the application methods for epoxy floor coating. It is essential to design the right epoxy system that can meet specialized needs. Any additional options should be discussed with the technical specialist and the designer. 

The Thickness of Industrial Epoxy Floor Coating 

Overall Industrial Epoxy Floor Coating Systems Are Available in Varying Thickness Determined by The Types of Coatings Done. Some Standard Thickness Types Include: 

• 5-10 Mils Thickness: The sealer or primer thickness encrust the concrete that keeps away vapor transmission and dusting. An optional anti-slip aggregate is coated for an additive protective surfacing. 

• 50-250 Mils Thickness: This topping is essential for areas with high traffic, impact resistance, and thermal shock resistance. This thickness also creates a maximum chemical resistance and is known for its maximum durability. 

Specific procedures are followed for industrial epoxy floor coating to get the desired thickness and performance properties. 

The Industrial Epoxy Floor Coating Procedures

The Industrial Epoxy Floor Coating Installers Are Well Aware of The Scope Involved in The Business. The Following Are the Steps and Instructions That Must Be Used During Industrial Epoxy Coating:

• Preparing the Surface: The surface preparation ensures that it is immaculate, dry, and leveled before the epoxy coating. Dust and debris are removed, and all cracks and crevices get a cover of epoxy-based mortar before the application. 

• Application of the Primer: The primer coat is applied on the prepared bare surface and adequate time is given for the drying process. 

• Underlaying the Epoxy: Epoxy underlay is the next step where the material is supplied and applied. Any mixing of the components is not approved as it can harm the performance and appearance of the epoxy floor coating. 

Industrial epoxy floor coating should be completely homogenous. This is possible only with contact mixing and a slow speed electric hand drill, the one appropriate for mixing in a suitable mixing vessel. It is essential to get an even color before the filler can be added and mixed to get a homogenous lump. Prepared material is then poured over the surface and spread to the desired thickness with the help of a trowel. Caution should be taken so that the epoxy coating is spread slowly and evenly. 

Once the epoxy coating is done, there should be no traffic on the floor for the next twenty-four hours. Only light foot traffic should be allowed for the first week of finishing the floor. After further treatment, one can enable regular traffic once the floor is ready to utilize.