Epoxy Resin Flooring for Stadiums

Resin Flooring For Stadiums: Is Resin A Cost-Effective Flooring Solution?

Epoxy resin flooring systems are created from a combination of resin and hardener that, when mixed, form a viscous plastic material. This is then applied as a liquid which hardens to create a durable and seamless surface. In recent years, resin flooring systems have been turning up in a range of public and commercial spaces, including offices, schools, warehouses, and hospitals. But what about sports facilities and stadiums? Is resin a cost-effective or practical flooring solution for these environments? Read on to find out.

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A staircase covered in epoxy flooring at a school or educational facility.

How Resin Flooring Can Benefit Your School Or Educational Facility

Schools, colleges, and educational facilities frequently have a wide variety of flooring requirements. The floor you’ll need in your school toilets and kitchen, for instance, is different to what you’ll want in front of house, in your classrooms, and in your sports or assembly hall. Overall, most schools benefit from a flooring solution that is tough enough to withstand daily wear and tear and is simple to clean and maintain, while contributing to an appealing and safe learning environment for your pupils.

Resin flooring – and epoxy and polyurethane systems in particular – offer a comprehensive and modern solution to all these needs. In this article, we will explain how this versatile flooring system can enhance your school environment.

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Hospital with an antibacterial flooring solution of hygienic resin flooring.

What Is The Best Antibacterial Flooring System For Hospitals?

As NHS hospitals continue to internalise the lessons of the Covid 19 pandemic, the importance of sustaining a sterile and hygienic environment has become more apparent than ever. The pandemic starkly highlighted the potential of hospitals as hubs from which Covid and other respiratory viruses could spread throughout the wider population, and the difficulty of contamination control.

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