Bridge Deck Wear-Resistant Surface: Ensuring a safe FRP Bridge Deck
All FRP Bridge Decks by krafton® feature a TÜV-tested non-slip wear-resistant surface. In addition to the R12 and R13 evaluation groups of slip resistance, our wear-resistant surfaces also comply with Class E of fire resistance (according to EN13501-1:2007+A1:2009 and ISO11925-2:2010).
Thanks to carefully constructed wear-resistant surface layers, we can guarantee long-term and safe use for the intended conditions. In this way, the wear-resistant surface provides an FRP Bridge Deck without slippery spots, and thus reliable non-slip properties during use. The grain layers vary in size from 0.7 – 3mm.

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Long lifespan
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Corrosion- and chemical-resistant
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Non-slip
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Any colour possible
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Easy to repair
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Also possible with 2 colors on 1 plank
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Flexible

In addition to providing a reliable, safe surface, the krafton® wear layer also protects the material underneath the wear layer. This includes the GRP bridge deck construction, but also the foundation, substrate, steel, plastic, or other types of raw materials on which the wear layer is applied.

Natural Anthracite

Sand color


Other colors
2 colors of wear-reststant surface
It is possible to have us apply 2 colors of wear-reststant surface on 1 plank. This allows a clear distinction between the walking and cycling areas of the bridge deck planks. Ideal for a combined road surface! Would you like more information about the possibilities? Feel free to contact us without obligation.

More information about non-slip wear-resistant surfaces
We have developed the method we use to apply a wear-resistant surface on our FRP Bridge Deck in close cooperation with our supplier Resiplast. Based on intensive testing and decades of experience, this method guarantees reliable non-slip and long-life wear-resistant surfaces. As a manufacturer of FRP, we can, therefore, offer a multi-year warranty on our FRP Bridge Deck wear-resistant surfaces.
In case of unforeseen events and vandalism, our FRP Bridge Deck wear-resistant surfaces are easily repaired. For example, we have developed a method with which we can professionally repair damage almost invisibly.