Features of Ceramic Brake pads

Ceramic Brake pads can improve the performance of brake pads. Due to the quick cooling of ceramic materials, its friction constant is on top of that of metal constraint once employed in the manufacture of brakes. Ceramics have sensible thermal stability and low thermal conduction, and sensible wear resistance. The semipermanent use temperature is one thousand degrees. This feature makes ceramics appropriate for the superior necessities of varied superior brake materials and might meet the technical necessities of constraint for top speed, safety, and high wear resistance. So, next, let's take a look at the following advantages and characteristics of Ceramic Brake pads compared to other types of brake pads. Here are some answers.

Here is the content list:

• The biggest difference between Ceramic Brake pads and traditional brake pads is that there is no metal.

• Ceramic Brake pads have a stable coefficient of friction.

• Ceramic Brake pads have good mechanical strength and physical properties.

The biggest difference between Ceramic Brake pads and traditional brake pads is that there is no metal.

Metal in ancient constraint is that the material that primarily produces friction. The braking force is massive, however, it wears tons and is susceptible to noise. When putting in the Ceramic Brake pads, in traditional driving, there'll be no abnormal screaming (scratching). As a result of Ceramic constraint doesn't contain metal elements, it avoids the metal clamor of friction between ancient metal constraint and counterparts (brake pads and brake discs).

Ceramic Brake pads have a stable coefficient of friction.

The friction constant is that the most vital performance index of any friction material, and it's associated with the braking ability of the brake pad. Within the braking method, thanks to the warmth generated by friction, the operating temperature will increase, and therefore the friction material of the overall brake pad is laid low with the temperature, and therefore the friction constant begins to decrease. In actual applications, friction is going to be reduced, thereby reducing the braking impact. The friction material of standard constraint is immature, and therefore the friction constant is just too high, inflicting unsafe factors like loss of direction, burning of the pads, and scratching of the brake disc throughout the braking method. Even once the temperature of the brake disc is as high as 650 degrees, the friction constant of Ceramic Brake pads is around zero.45-0.55, which might make sure that the vehicle has smart braking performance.

Ceramic Brake pads have good mechanical strength and physical properties.

Ceramic Brake pads can withstand greater pressure and shearing force. Before the friction material merchandise is assembled and used, they have to be trained, assembled and different mechanical processes are created into the brake pad assembly. Therefore, it's needed that the friction material should have comfortable mechanical strength to confirm that there's no injury and break throughout the process or use.

If you are interested in Ceramic Brake pads products or have other needs, you can contact us, our website is https://www.ifkbrakes.com/, welcome your visit, and look forward to cooperating with you. We uphold the spirit of integrity, professionalism, and innovation, win trust with quality and achieve the future with brand. We pursue sustainable operation and constantly transform advanced technology and experience at home and abroad into competitive products to meet customer needs.