In automotive maintenance, the brake system has always been a focal point, and the material of brake pads plays a crucial role in braking effectiveness. Different materials of brake pads have their own characteristics in practical use, thus influencing the braking performance and safety of vehicles.
Metal brake pads are divided into semi-metallic and low-metallic types, featuring excellent heat resistance and applicability, showcasing their unique advantages during high-speed and heavy-load driving. Semi-metallic brake pads, despite having drawbacks like brake noise, are still the preferred choice for many ordinary cars. On the other hand, low-metallic materials outperform in performance, often applied in mid-range vehicles, providing superior assurance for daily driving.
Compared to metal brake pads, ceramic brake pads perform even better. Ceramic materials have high hardness and strong wear resistance. True ceramic brake pads contain aramid fibers without any metal components, exhibiting excellent thermal stability and low thermal conductivity. This enables ceramic brake pads to meet the stringent requirements of high-performance cars for braking materials, delivering a safe and efficient braking experience.
