Ute Rubber Matting

Dunn & Watson’s ute matting is a specially designed, high-quality solution tailored for Ute and truck trays, offering practicality and durability for various industrial and commercial applications. Designed with holes to facilitate the drying of water and other liquids, as well as dimples on the underside that allow water to pass under the mat, this ute matting is engineered to provide efficient drainage and enhanced durability.

The ute matting’s innovative design ensures that any water or liquids on the tray surface can be easily drained, allowing for quick drying and minimizing the risk of water accumulation. This feature enhances safety and convenience, making the ute matting ideal for environments where moisture management is essential, such as in Ute and truck trays used for transporting goods and equipment.

The dimples on the underside of the matting facilitate water flow, ensuring that water can pass underneath the mat, further contributing to efficient drainage and preventing water from stagnating on the tray surface. This design feature enhances the functionality of the ute matting, promoting a clean, dry surface for storage and transportation purposes.

Supplied in 1830mm wide rolls, our Ute matting provides ample coverage for Ute and truck trays, catering to various tray sizes and dimensions. The 10-meter roll length offers generous coverage for larger trays, while the option to cut to the nearest meter length required allows for tailored customization to meet specific project needs. This capability underscores Dunn & Watson’s commitment to providing flexible and customizable solutions to suit individual requirements.

Dunn & Watson’s ute matting embodies superior functionality and practical design, offering an effective solution for enhancing safety, protection, and convenience in Ute and truck tray applications. From efficient drainage to customizable sizing, this ute matting is engineered to meet the diverse needs of industrial and commercial users, demonstrating versatility and reliability in demanding environments.