Details
Good high temperature resistance: Ceramic brake pads have a wide operating temperature range and better high temperature resistance than metal brake pads. Ceramic brake pads can maintain good performance and reduce thermal decay in high-speed driving or frequent braking.
Low wear: Ceramic brake pads have a low wear rate and less damage to the brake disc, which is conducive to extending the service life of the brake disc.
Low noise: Ceramic brake pads produce less noise during braking, which improves driving comfort.
Light weight: Ceramic brake pads are lighter than metal brake pads, which can reduce the vehicle's own weight and improve fuel economy.
Long service life: Ceramic brake pads have a long service life because of their high friction coefficient and good heat dissipation performance, which can reduce the generation of brake dust and protect the brake system.
Low dust: Ceramic brake pads can reduce the generation of dust, which is beneficial for keeping the vehicle clean and environmentally friendly.
Good mechanical strength and physical properties: Ceramic brake pads have good mechanical strength and physical properties, can withstand greater pressure and shear force, and ensure that they will not be damaged or broken during processing or use.
Good thermal stability: Ceramic brake pads can maintain good performance at high temperatures, and will not reduce the friction coefficient due to temperature increase, ensuring the braking effect.
Environmental protection: Ceramic brake pads will not release harmful substances during use and have better environmental protection.
Higher price: Due to the complex manufacturing process, the price of ceramic brake pads is higher than that of metal brake pads, but their reliability and long-term maintenance costs are low, and they are cost-effective.
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