Coin Pattern Rubber Matting - 1.5m x 4m x 3mm

This heavy-duty coin pattern matting is manufactured from high-grade natural rubber designed for long-term durability. Unlike cheaper synthetic alternatives, this material remains non-porous and non-absorbent, ensuring it will not swell, curl, or lift over time. It provides a reliable anti-slip ribbed surface that is both dust and allergy-free for humans and animals alike. The 3mm thickness offers essential thermal insulation against cold floors, making it an ideal choice for demanding environments where hygiene and safety are priorities.

This versatile matting suits a wide range of British applications, from commercial garages to domestic garden sheds. It is particularly effective in stables or kennels because the urine-proof material is easy to clean and disinfect thoroughly. You can lay it in van interiors to protect the floor or use it in workshops where spills are frequent. During a wet British autumn, the raised coin texture provides dependable slip resistance on damp surfaces. It works well on flat concrete or hard floors in both residential and professional settings.

Installation is straightforward as the matting can be laid directly onto any flat, hard surface. If you need to fit the mat into a specific corner or around a pillar, simply use a sharp utility knife to trim the edges to your required dimensions. For a temporary solution, the weight of the natural rubber often keeps it in place. If you require a permanent fix in high-traffic commercial areas, you can secure the matting using appropriate floor adhesives. Always ensure the substrate is clean and dry before laying.

Each roll measures 1.5m x 4m, providing a total coverage area of 6 metres squared. The material is a tough, natural rubber with a consistent 3mm thickness that offers a sturdy barrier against cold surfaces. The raised coin texture provides the anti-slip properties required for safety in wet conditions. This single option is designed to be non-absorbent and resistant to swelling, ensuring the dimensions remain stable throughout its service life in demanding environments.