Rebar Spikes

Rebar Spikes

When fixing parking stops to tarmac surfaces our rebar spikes are an indispensable fixing method. With galvanised options available they are corrosion resistant and very easy to install. These spikes can also be used to pin ground protection matting to inclines ensuring that it stays put even under heavy loads. Our rebar spikes stand out from the crowd due to their heavy-duty construction, thick gauge, and pointed end for easy installation

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Rebar Spike for Parking Rubber Wheel Stop

Rebar Spike for Parking Rubber Wheel Stop

£2.90 excl. VAT
£3.48inc. VAT
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  • About Rebar Spikes

    Rebar spikes are short lengths of ridged rebar with a pointed tip at the end. They are designed for installing and fixing traffic management furniture that is likely to see lots of shocks and movements over its lifetime, like wheel stoppers and speed bumps, into tarmac surfaces.  These spikes are hammered into the ground, requiring no specialised equipment and providing a long-lasting, fixing.

    Because of their design and material, rebar spikes can last in the ground for extremely long periods of time. With optional designs and finishes best suited for specialised products and environments, spiked rebar is a suitable choice for the installation of various traffic-calming products. 

    Getting The Best Rebar Spikes For Fixing Into Tarmac:

    Before choosing the best asphalt rebar spike for your specific needs, consider the following key factors:

    Material And Finish

    What material of rebar spike is needed for your use case? Consider a galvanised finish for more resistance to corrosion like moisture and salt, allowing for a longer use-life in harsher conditions.

    Strength of Fixing

    What depth of tarmac is being fixed to? The strength of the fixing depends on the thickness of the tarmac; a thin layer might not provide enough support for your product, no matter the quality of your rebar spikes. Consider a larger fixing in cases of loose or brittle tarmac, to allow a more evenly distributed load across a wider area.