What Are The Advantages Of Ceramic Brake Pads?

Here is a professional Chrysler Brake Pad Manufacturer talking about the advantages of ceramic brake pads.

Ceramic brake pads have the following advantages over other types of brake pads:

Ceramic Brake Pad

(1) The biggest difference between ceramic brake pads and traditional brake pads is that there is no metal. The metal in the conventional brake pad is a material mainly generating frictional force, and has a large braking force, but is large in wear and is prone to noise. After installing the ceramic brake pads, there will be no abnormal squeaking (ie, squeaking) during normal driving. Because the ceramic brake pads do not contain metal components, the metal squeaks of the traditional metal brake pads and the dual components (ie, the brake pads and the brake discs) are avoided.

(2) Stable coefficient of friction. The friction coefficient is the most important performance index of any friction material, and it is related to the braking ability of the brake pad. During the braking process, heat is generated due to friction, and the working temperature is increased. The friction material of the general brake pad is affected by the temperature, and the friction coefficient begins to decrease. In practical applications, the friction is reduced, which reduces the braking effect. The friction material of the ordinary brake pad is immature, and the friction coefficient is too high, which causes unsafe factors such as out of control during the braking process, burning of the film, and scratching of the brake disc. Even if the temperature of the brake disc reaches 650 degrees, the friction coefficient of the ceramic brake pad is still around 0.45-0.55, which can ensure the vehicle has good braking performance.

(3) Ceramic Brake Pad has good thermal stability, low thermal conductivity, and good wear resistance. The long-term use temperature is 1000 degrees. This feature makes ceramics suitable for high performance requirements of various high performance brake materials, and can meet the technical requirements of high speed, safety and high wear resistance of brake pads.

(4) It has good mechanical strength and physical properties. Can withstand large pressure and shear forces. Before the assembly of the friction material, it is necessary to perform machining such as drilling and assembly to make the brake pad assembly. Therefore, the friction material must have sufficient mechanical strength to ensure that no damage or chipping occurs during processing or use.

(5) has a very low thermal decay. Regardless of the first-generation ceramic products of M09 and the fourth-generation ceramic brake pads of TD58, the vehicle can still ensure good braking performance to ensure safety, and the thermal attenuation of the brake pads is small.

(6) Improve the performance of the brake pads. Due to the fast heat dissipation of the ceramic material, the friction coefficient of the brake is higher than that of the metal brake pad.

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