Polyflor Expona Control PUR is a collection of luxury vinyl tiles which provides sustainable slip resistance in wet areas.
The collection authentically replicates the natural beauty of stone.
The flooring is specifically designed and guaranteed for use in very heavy commercial areas where there is a risk of water spillage or trafficking.
Also see the Expona Control Wood PUR collection.
Expona Control Stone PUR provides sustainable wet slip resistance, assured throughout the guaranteed life of the product. Fully HSE compliant, providing 36+ RRL Pendulum (wet test)
Reinforced with Polyflor PUR for ongoing maintenance savings
A design-led collection of popular and well-specified stone effects, suited to heavy commercial interiors
Also see the Expona Control Wood PUR collection.
Use Areas:
Expona Control is developed for use in public areas within the retail, office, leisure, healthcare and education sectors, where there is a risk of spillage or temporary surface water, making slip resistance an important consideration. These include:
Buildings with direct access to outside; areas where rainwater can be trafficked inside, by feet, clothing, luggage, pushchairs, wheelchairs etc.
Other areas include:
Bar & restaurant servery and dining areas
Office kitchens and refreshment areas
Healthcare break out facilities
Education canteens
Supermarkets, convenience and general stores
Public bathrooms
For further clarification on where the product can be used, contact Polyflor.
More Information:
Expona Control features a high quality cross-linked polyurethane reinforcement, UV cured for superior cleaning benefits
The collection fully conforms with HSE & UK Slip Group Guidelines, meeting the requirements of the European Safety Floor Standard - EN 13845, Class ESf
100% recyclable and contains average 40% recycled content. Recyclable through the Recofloor scheme
Ideally suited for heavy traffic areas where there is a risk of water spillage and trafficking in commercial and residential areas
UK official Patent Application No.GB1221548.9
Korean official Patent Application No.10-2012-0127268
Chinese official Patent Application No.201210487288.0
PCT official Patent Application No.PCT/GB2012/052953