SUPERIOR MATERIAL COMPOSITION: Constructed from premium EPDM rubber, the T-Grip delivers exceptional resistance to harsh environmental conditions. Its formulation withstands prolonged exposure to UV rays, ozone, and extreme temperatures, making it a reliable choice for both outdoor and industrial truck scale installations. The material ensures long-lasting flexibility and integrity in demanding applications. Available in lengths of 10 ft for versatile installation needs.
BARBED WEB DESIGN: The T-Grip features an innovative barbed web that securely locks into scale mounting channels, providing a firm, non-slip hold. This design minimizes the risk of displacement caused by heavy vehicle traffic or frequent loading and unloading, making it ideal for high-traffic and rugged environments. The barbed profile ensures long-term performance without loosening or shifting.
DEBRIS PROTECTION BARRIER: Engineered to prevent unwanted debris, gravel, and spillover from entering the scale pit or load cell area, the T-Grip acts as a highly effective seal. Positioned between the deck and foundation, it serves as a protective barrier that enhances the scale's structural integrity and performance over time. This prevents costly maintenance and downtime caused by contamination.
CUSTOM LENGTH OPTIONS: Available in both custom and standard lengths up to 100 feet (with a maximum continuous run of 450 feet), the T-Grip can be tailored to meet specific installation needs. Whether you're outfitting a new scale or replacing old moldings, the availability of cut-to-length or bulk options ensures quick installation and minimal waste, improving operational efficiency on-site.
PRECISE DIMENSIONS LISTED: T-Grip moldings are manufactured with precise dimensional accuracy to ensure optimal fit. One of the standard part numbers, #18776, features a height of 2.00 inches, a width of 4.50 inches, and a web thickness of 0.25 inches. These exacting specifications guarantee compatibility with most industry-standard truck scale installations, offering seamless integration and dependable performance.