Black 5-Bar Rubber Matting Roll, 1.5m x 10m

This heavy duty rubber matting roll provides a robust flooring solution for those requiring a dependable, non-slip surface. Constructed from durable 3mm thick rubber, the material features a raised 5-bar pattern designed to maintain grip in both wet and dry conditions. It is an ideal choice for high-traffic environments where safety is a priority. Whether you are outfitting a small workshop or lining a commercial van, this black matting offers reliable protection against heavy footfall and regular wear.

This versatile matting is suited for a wide range of UK applications, from domestic sheds to professional commercial sites. It works effectively in utility rooms where spills are frequent, or as a protective layer in garage workspaces. You can use it to line van floors for added grip or lay it down in gym areas to absorb impact. During the wet autumn months when moisture is often tracked indoors, this non-slip surface helps maintain safety on walkways and ramps. It is equally at home in workshops, sheds, or any area requiring a hard-wearing, textured floor.

Installation is straightforward and can be adapted to your specific requirements. For temporary setups, the matting can be loose laid directly onto a clean, level substrate. If you require a permanent installation, it can be fixed using a suitable flooring adhesive. You can easily cut the material to your required dimensions using a sharp utility knife or heavy-duty scissors. Always ensure the floor is swept and free from debris before you begin the fitting process to ensure a smooth finish.

This product is supplied in a consistent 1.5m width, with this specific roll measuring 10m in length. The black rubber features a 3mm thickness and a raised 5-bar texture for enhanced traction. Please note that for orders exceeding 10m, we supply one full 10m roll plus the remaining length on a separate roll. A mild material scent may be present upon opening the packaging, but this will dissipate quickly with adequate ventilation.