Tires
Application Areas
Eco & Low Rolling Resistance Tires
Aiming at energy saving and reduced CO₂ emission, balancing traction and rolling resistance. Silanes improve silica dispersion and interfacial bonding.
Commercial Truck & Bus Tires
For long-distance transport and heavy loads, requiring wear resistance and fatigue resistance. Silanes enhance filler-rubber bonding for durability.
High-Performance Sports Tires
For high-speed, high-load driving, requiring extreme traction, handling, and heat resistance. Functional silanes optimize filler dispersion and interfacial bonding.
Passenger Car Tires
Tires for everyday and highway driving must balance wear resistance, traction, and comfort. Silanes can improve silica dispersion and rubber–filler bonding, supporting lower rolling resistance and wet traction.
Main Performance Improvements
Thermal Stability & Fatigue Resistance
Increases crosslink density, improving heat and fatigue resistance under high-speed or heavy-load conditions.
Reduced Rolling Resistance
Improves filler dispersion, reducing energy consumption and increasing fuel efficiency or EV range.
Wet Traction Enhancement
Optimizes rubber-filler interface for better traction on wet surfaces.
Wear Resistance Improvement
Enhances surface wear performance and service life.
Adhesion & Interfacial Bonding
Improves bonding between rubber and fillers, increasing structural strength and durability.
