Semi-metallic, low-metallic, ceramic; 100% Asbestos-Free
In the car’s braking system, the brake pads are the most critical safety part. All the brake effects are good or bad. The brake pads play a decisive role.
Ceramic formula lower dusty and less poweder: Adopting special carbon ceramic formula, reduce dusty and powder effectively, anti-rusy and anti-corrosion, improve braking ability.
Chamfering design, without noise: Chamfering design can make the combination of brake pad and brake disc better, not hurt disc and without noise, enjoy braking silently.
ANTI HIGH TEMPERATURE WITH HIGH PERFORMANCE: Anti high temperature up to 650 Celsius degree.
SLOT DESIGN EFFECTIVE HEAT DISSIPATION: Slot design can increase friction, endure heat equably,heat dissipation quickly, make for ventilation and drainage,which can reduce the thermal decay of brake pad effectively.
FRICTION EQUABLY AND LONGER USING LIFE: brake pad, the friction coefficient steady. Anti high temperature up to 650 Celsius Degree, friction equably,longer using life.
BRAKING SILENTLY: Brake pad braking effectively and steadily,using international advanced carbon ceramic formula,decrease braking noise .
LOW DUSTY FOR CARBON CERAMIC FORMULA: Brake pad using international advanced ceramic formula,the advantage is little dust when braking, so will not — pollute the wheel hub.
THE SHOCK BETWEEN SILENCER AXIS AND FRICTION MATERIAL HAVE THE BUFFERING ABILITY.
Brake pads are generally composed of steel plates, bonded heat insulation layers and friction blocks. The heat insulation layer is composed of non-heat-transmitting materials for the purpose of heat insulation. Extrusion creates friction on the brake disc and brake drum, thereby achieving the purpose of vehicle deceleration braking.
Universal:For Toyota