Ramp Pro

SKU: PVCFLOOR016

Our entry level economical anti-fatigue workplace mats have all the features you need for a very serviceable, hardwearing and durable solution for providing relief to workers in wet or dry environments, indoors or outdoors.

Made of a rubber mix with a raised surface, the Ramp Pro mats offer superior slip resistance – conforming to Slip Resistance Test EN 13552 Category R10. The design features open drainage holes allowing for spilled liquids, swarf and other debris to be conducted away from the surface.

The mats have moulded bevelled edges to reduce trip hazards and permit wheeled access, and are 10mm thick, providing a cushioning and insulating surface on cold, hard concrete floors.

These loose lay ready-made mats come in two sizes: 0.8m X 1.2m and 0.9m X 1.5m. They are available to order here online for fast delivery to any address in the UK. If you have any questions about the Ramp Pro mats, or any of the other rubber, plastic or polymer products Provincial Rubber supplies to industry, please get in touch on 0117 9541117 or contact us via the online contact form.

  • An economical anti-fatigue mat for the workplace.
  • Raised circular surface for superior slip resistance.
  • Conforms to Slip Resistance Test EN 13552 Category R10.
  • Open drainage holes for spilt liquids.
  • Made from hardwearing NBR rubber.
  • Moulded bevelled edges reduce trip hazards.
Product Code:PVCFLOOR016
£45.78 each (ex. VAT)
£54.94 (incl. VAT)
Product CodeSizeMaterialSurface FinishProduct HeightOperating TemperatureInstallation MethodProduct PerformanceCountry of OriginNotesColour
PVCFLOOR016-010.8m x 1.2mSBR rubberRaised circular surface10mm-20°C to +130°CLoose layConforms to Slip Resistance Test EN 13552 Category R10IndiaSilicone is used in the production process of the mats and a residue will possibly be left on the matBlack
PVCFLOOR016-020.9m x 1.5mSBR rubberRaised circular surface10mm-20°C to +130°CLoose layConforms to Slip Resistance Test EN 13552 Category R10IndiaSilicone is used in the production process of the mats and a residue will possibly be left on the matBlack

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