Tires & Rubber

From rollers to seals, silane coupling agents strengthen bonding between rubber and inorganic fillers, providing products with greater wear resistance, aging stability, and reliability.

Silane-modified masterbatches enhance filler uniformity and interfacial bonding within rubber systems, ensuring consistent performance in downstream applications.

By improving filler dispersion in rubber compounds, silanes reduce mixing energy consumption, enhance processing flowability, and improve the durability and mechanical properties of final products, making them valuable in semi-finished rubber processing.

In the production of sports, safety, and premium casual footwear, coupling agents enhance rubber-filler bonding under peroxide curing systems, improving rebound and shock absorption while increasing abrasion resistance.

Silane coupling agents react with hydroxyl groups on precipitated silica surfaces, strengthening rubber-filler interfacial bonding and improving filler dispersion. This enables low rolling resistance, superior wet traction, and enhanced wear resistance, making them ideal for green tires, high-performance sports tires, and commercial truck tires.