Polysafe Vogue Ultra PUR Safety Flooring

A safety flooring range featuring 16 colours with a multi-chip decoration. The product incorporates Polysafe PUR, a high quality, cross-linked polyurethane reinforcement, UV cured to provide superior cleaning benefits, optimum appearance retention and life cycle cost savings when compared to untreated safety floors. Polysafe Vogue Ultra PUR incorporates coloured quartz, aluminium oxide, silicon carbide particles and natural recycled aggregates in the vinyl to provide sustainable wet slip resistance for the guaranteed life of the product.

The product is designed for various applications in commercial, residential and industrial areas where there are risks of contaminant spillages. The floor covering conforms to a wide range of international standards including the European Norm for Safety Flooring EN 13845 and is fully compliant with Health and Safety Executive and UK Slip Resistance Group Guidelines, achieving a low slip potential classification. A result of 36+ is achieved on the RRL Pendulum Wet Test using Four-S/Slider 96 rubber with a surface roughness of 20 microns +.

Vogue Ultra meets the 50 000 cycles abrasion test to EN 13845, meaning the product provides sustainable slip resistance. The product is resistant to dilute acids and alkalis and is classified as anti-static in accordance with EN 1815.

Features and benefits:

• Reinforced with Polysafe PUR for optimum appearance retention.
• Up to 60% life cycle maintenance cost saving compared to untreated safety floors.
• BRE Global A+ Rated Product (Certificate No: ENP 472). A range of 18 fresh colours with a multi-chip decoration.
• Fully HSE compliant - 36+ RRL Pendulum (wet test).
• Independently assessed by British Board of Agrement with product performance assured for at least 10 years in recommended use areas.
• Coloured quartz, aluminium oxide and silicon carbide particles incorporated in the vinyl to improve traction and safety underfoot.
• Sustainable wet slip resistance assured throughout the guaranteed life of the product.