Ramp Mat Anti-Fatigue Mat
SKU: FS-00491
In stock
Product Features:
- Conforms to Slip Resistance Test EN 13552 Category R10.
- Made from hardwearing NBR rubber.
- Moulded bevelled edges reduce trip hazards.
FREE Standard Delivery*
Order from floorsaver and get free standard delivery on your order when you spend over £100. (For smaller orders, a carriage charge does apply.)
Choose standard delivery and we'll get your order to you within 2-3 working days*. Our warehouse is closed at the weekend, so orders placed on a Saturday or Sunday will be processed on the following Monday.
*Delivery exclusions
We only deliver to the UK mainland, excluding the Scottish Highlands. That means we're unable to deliver to Northern Ireland, Ireland, Isles of Scilly, Isle of Wight or the Channel Islands. We are also unable to provide next day delivery to Scotland.
Collapsible content
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Anti-fatigue matting can help to reduce the health risks of regular standing in the workplace on hard floors. With open drainage holes for spilt liquids and a raised circular surface, this provides a superior slip resistance. This is an economical anti-fatigue mat for the workplace.
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Application
Loose lay
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Specification Value Minimum application temperature -20ºC Maximum operational temperature +130ºC Product height 10 mm Product material SBR rubber Size Weight 0.9m x 1.5m: 9.00kg, 0.8m x 1.2m: 5.40kg Surface finish Raised circular surface
Collapsible content
Description
Anti-fatigue matting can help to reduce the health risks of regular standing in the workplace on hard floors. With open drainage holes for spilt liquids and a raised circular surface, this provides a superior slip resistance. This is an economical anti-fatigue mat for the workplace.
How to Use
Application
Loose lay
Technical Spec
Specification | Value |
---|---|
Minimum application temperature | -20ºC |
Maximum operational temperature | +130ºC |
Product height | 10 mm |
Product material | SBR rubber |
Size | Weight 0.9m x 1.5m: 9.00kg, 0.8m x 1.2m: 5.40kg |
Surface finish | Raised circular surface |