EPOXY FLOORING PRODUCTS

Epoxy flooring is a highly durable, seamless and chemical-resistant flooring solution made by combining epoxy resin with a hardener. It creates a smooth, non-porous floor that’s perfect for high-traffic areas, offering resistance to chemicals, stains, and wear. 

 Epoxy flooring is used in various industries, including:
✔ Factories & Warehouses – Withstands heavy loads and machinery.
✔ Pharmaceutical & Healthcare – Hygienic and easy to clean.
✔ Food & Beverage – Resistant to spills, oils, and stains.
✔ Retail & Commercial Spaces – Aesthetic and long-lasting.
✔ Parking Lots & Garages – High impact and abrasion resistance. 

What are the benefits of epoxy flooring? Epoxy flooring offers durability, easy maintenance, chemical resistance, and aesthetic appeal. It withstands heavy traffic, is easy to clean, resists spills and stains, and has a long lifespan—making it a cost-effective, long-term flooring solution. 

Epoxy flooring typically lasts 10-20 years, depending on foot traffic, maintenance, and environmental conditions. Regular cleaning and occasional re-coating can extend its lifespan.

Yes, epoxy flooring is water-resistant and prevents moisture penetration. However, for areas exposed to continuous water, a waterproof topcoat can be applied for added protection. 

Absolutely! Epoxy flooring is slip-resistant, fire-resistant, and non-toxic once cured. It also improves visibility due to its high-gloss finish. 

The installation process usually takes 2-5 days, depending on the floor size, preparation work, and drying time. It is recommended to wait at least 24-48 hours before use after installation. 

Yes, epoxy coatings can be applied over concrete, tiles, and even old epoxy floors after proper surface preparation, which includes cleaning, grinding, and priming. 

 To keep your epoxy flooring in top condition:
✔ Regularly sweep and mop with mild soap and water.
✔ Avoid harsh chemicals or abrasive cleaners.
✔ Use soft pads when moving heavy equipment.
✔ Recoat every few years to maintain shine and durability. 

Epoxy flooring is highly durable and does not crack easily. However, improper installation or foundation movement can lead to minor cracks. Using high-quality epoxy coatings and proper surface preparation helps prevent cracking. 

Yes, epoxy flooring is a highly cost-effective solution compared to other industrial and commercial flooring options. While the initial installation cost may seem higher than traditional concrete or tile flooring, its long-term benefits make it a smart investment. 

• Durability & Long-Lasting: Our epoxy floors are highly resistant to scratches, cracks, chemicals, and abrasions, ensuring a long lifespan compared to traditional options.
• Easy to Maintain: The smooth, seamless surface is easy to clean and requires minimal maintenance.
• Wide Range of Applications: RachTR epoxy flooring is suitable for various settings, including homes, garages, warehouses, retail spaces, and more.

The cost of epoxy flooring is typically priced per square foot (Rs. / sq. ft.) or per square meter (Rs. / sq. meter).

Several factors influence the total cost of your project, including:

• Surface on which it is being done - - if it is Plain concrete floor(pcc), or RCC, or Old Epoxy floor,
• Undulations in the surface,
• Properties required from Epoxy flooring,
• Type of Surface preparation Required
• Area or size of the floor size

And cost has three component:

• Material or epoxy coatings cost,
• Application charges or labor cost,
• Surface preparation or treatment cost

To know more about the pricing, you can visit our page by clicking here 

RachTR offers a comprehensive warranty on its epoxy flooring products. Please refer to our official page or contact us for details. 

Heat is released during the chemical reaction that converts liquid part A and part B into solid epoxy. The amount of heat released depends on the epoxy’s chemistry and the amount of epoxy used. That is, a certain amount of mixed part A and part B will result in the release in a certain amount of heat.

The curing epoxy must be able to shed the heat it generates efficiently enough to avoid overheating. The ability to shed heat is largely governed by the ratio of top surface area that is open to the air relative to the volume.

For the same resin system, thinner castings  will have greater top surface areas in comparison to overall volume and will shed heat more efficiently. Thicker castings cannot shed heat as efficiently and may overheat.

For the same volume of epoxy, a thinner casting will have a larger top surface area and will shed heat more efficiently compared to a thicker casting with a smaller top surface area. 

EcoPoxy systems are developed to have reactivity levels suited to their intended applications. Always consult your product’s Technical Data Sheet or Application Guide for recommended volume and thickness. 

Cured epoxy resin is inert and should be disposed of as you would other solid non-hazardous waste. Uncured resin, or residue left over in jugs, must be disposed of properly as the hardener and resin are unreacted. If the jugs have been sufficiently drained, they may be recycled but the amount of allowable residue will be determined by your local hazardous waste collection center and the prevailing regulations. When contacting your local waste collection center, you will need the Safety Data Sheets that are available for download from our website. 

Epoxy releases heat when curing. EcoPoxy makes recommendations for maximum project volumes and/or thicknesses to allow projects to shed heat efficiently and  prevent overheating and yellowing. If the recommended maximum pour depth and volume are exceeded, the epoxy will not be able to shed heat quickly enough, and the temperature will increase uncontrollably. Cure temperatures that reach 100°C (212°F) for extended periods are known to cause yellowing, and extremely high temperatures can cause epoxy to amber and form cracks. If a deeper pour is required for a project, it is recommended to pour multiple layers to build up to the desired final thickness.

During the curing process, epoxy resins and hardeners form crosslinks that cannot easily be broken. Technologies are being developed to break down these types of plastics for recycling, or via other biodegradation methods, but none are readily accessible. Practically, this means that all epoxy resin systems are neither biodegradable nor recyclable. 

 Simply fill out the form by clicking here, and a RachTR representative will contact you to discuss your project and provide a free quote.