Ceramic Material Brake Pad

Derived from aerospace technology, ceramic brake pads feature a composite of ceramic fibers and non-ferrous materials. Renowned for low dust, reduced noise, and superior heat tolerance, they enhance braking performance in vehicles.

Ceramic Material Brake Pad Professional China Supplier
Different materials depending on customer’s preferences

We offer you the highest performance ceramic brake pad with ISO9001 certificates

Copper-free ceramic formula brake pad

Environmental Friendly: Copper-free ceramic brake pads reduce environmental impact, complying with regulations and minimizing the release of harmful materials during braking.

Low Dust Emission: These pads generate minimal brake dust, keeping wheels cleaner and reducing maintenance.

Reduced Noise: Copper-free ceramic brake pads offer quiet operation, contributing to a quieter and more comfortable driving experience.

Enhanced Performance: While environmentally conscious, these brake pads maintain high-performance standards, providing reliable and effective braking in various conditions.

Copper-free ceramic formula brake pad1
Scorching processed ceramic brake pad,650℃ heat treatment1

Scorching processed ceramic brake pad,650℃ heat treatment

Reduced VOC (Volatile Organic Compound) Emissions:This can contribute to a cleaner and more environmentally friendly production.

Improved Bonding:Scorching involves heating the brake pad material to a high temperature, which enhances the bonding between the friction material and the backing plate.

Faster Break-In Period:Brake pads that have undergone the scorching process typically have a shorter break-in or bedding-in period. This means that the brake pads achieve optimal performance more quickly, reducing the time required for users to experience their full braking potential.

Consistent Friction Characteristics:

This consistency ensures uniform performance and behavior, providing drivers with predictable braking responses.

The reason why consumers like ceramics is that it does not contain metal, causes minimal damage to the brake disc, wear dust is not easily adsorbed on the wheel hub, and is easier to clean.

Performance of ceramic brake pads
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