EPOXY FLOORING IN CHENNAI

Epoxy flooring is a high durable flooring system with remarkable properties, such as chemical resistance, seamless and easy to clean surface, and its capability to bond effectively on different substrates, which therefore makes it a versatile and long-lasting option for industrial and commercial applications.

epoxy-flooring installation in industrial factory – Chem Coats

Epoxy flooring is highly valued in the industrial and commercial sectors for its excellent mechanical properties and excellent dimensional stability. When properly cured, epoxy flooring has excellent chemical and heat resistance, which makes it a popular choice for many applications. Its low shrinkage also adds to its durability, making epoxy flooring a reliable and long-lasting solution.

Why Epoxy Flooring for Chennai industries?

Epoxy flooring plays a vital role in the industry for several compelling reasons :

Durability: It is extremely resistant to heavy machinery, high traffic, and even chemical spills. Hence, it prolongs the lifetime of industrial floors.

Safety: Epoxy flooring has a non-slip surface. It minimizes the chances of workplace accidents, hence it is best suited for industries that are highly safety-conscious.

Chemical Resistance: Epoxy coatings are chemically and corrosion-resistant and do not corrode in places where such exposure is common.

Hygiene: Because epoxy is simple to clean and maintain, working in a clean environment is easy and, thus, highly tenable. This is vital for both pharmaceutical and food processing industries.

Aesthetic Appeal: In addition to function, epoxy flooring can also be customized in color and finish for aesthetic enhancement in industrial spaces.

Light Reflecting: Epoxy floors are reflective and thereby able to create visibility, thereby reducing the need for extra lighting in the large industrial environment.

Cost-Efficiency: Epoxy flooring is a cost-effective choice due to its long lifespan, minimal maintenance requirements, and reduced need for frequent replacements.

Smooth Coating: That means any dust or contaminants do not settle in the cracks and crevices, and thus it is a clean and safe working environment.

Quick installation: Epoxy flooring takes much less time to install than other forms of flooring, meaning further downtime for industries occurs and work can be completed in a relatively short time span.

Environmental Benefits: Most epoxy coatings are Low VOC, so they are environment and sustainable enough to meet the sustainability goals.

TYPES OF EPOXY COMPOSITON

Bisphenol A
Bisphenol F
Novolac

The most popular form of epoxy resin that is used for epoxy coatings is Bisphenol A. Bisphenol A has a honey-liquid consistency and is an extremely versatile resin. Bisphenol A is available in many molecular weights. Their variety of molecular weights is what makes Bisphenol A especially versatile for the epoxy application. Bisphenol A is most widely used for flooring systems, in addition to solid coatings. Bisphenol A epoxy resin is the most common type for concrete coatings because of its excellent adhesion, toughness, abrasion resistance, and chemical resistance. Due to its especially thick natural consistency, there will commonly be additives and diluents which are added into the Bisphenol-A epoxy formula to enhance workability and adhesion. These additives lessen crosslink density which lowers the chemical resistance.

Bisphenol F epoxy will typically be more expensive than Bisphenol A epoxy. This is because Bisphenol F epoxy is able to be used for a greater variety of applications. Bisphenol F resins have lower viscosity which means fewer additives and diluents are added which translates to higher chemical resistance. Bisphenol F is especially chemically resistant, and are more likely to be used as varnishes or lacquers, and for application regarding water pipes, adhesives, supermarket food packaging, plastics, dental sealants, and liners. Another advantage is that Bisphenol F has less tendency to crystallize at lower temperatures compared to Bisphenol A resins. Bisphenol F can be blended with Bisphenol A and other resins to reduce viscosity and increase resistance to crystallization.

Novolacs are made using excess phenol and modifying Bisphenol F Resins. The viscosity of Novolac resins is higher than Bisphenol F and its functionality is considerably greater than both Bisphenol A and Bisphenol F resins. The higher viscosity and greater functionality of Novolacs give them superior heat and chemical resistance than their Bisphenol A and Bisphenol F counterparts. The greater chemical resistant qualities is a result of the very tight crosslink density because of Novolac’s higher functionality. These properties also make Novolac resins more brittle than Both Bisphenol A and F resins so formulators need to address that with additives and hardener selection. The greater heat resistance is the result of the larger number of aromatic rings. As to be expected Novolac resins have a higher cost to go along with their higher performance.