Material composition and function of Ceramic Brake pads

Brakes are an important guarantee for vehicle travel. The long-term use of ordinary brakes will have a layer of enamel inside which can easily cause the vehicle to fail to stop, the brakes have abnormal noises, etc., and the brake pads are easy to wear. Ceramic Brake pads use ceramic composite materials and roller labor-saving structures, which can reduce brake wear. The brake life is 5 times that of ordinary cars. If used properly, it can be guaranteed for more than three years. While the braking distance is shortened, it can save 75% of the effort. Next, let's take a look at the material composition and function of Ceramic Brake pads. Here are some answers.

Here is the content list:

• What materials are Ceramic Brake pads made of?

• Ceramic Brake pads are vulnerable parts of the brake system.

What materials are Ceramic Brake pads made of?

Ceramic Brake pads are composed of ceramic fibers, non-ferrous filler materials, adhesives, and a small amount of metal. Ceramic Brake pads are a kind of brake pads, including mineral fiber, aramid fiber, and ceramic fiber (because steel fiber will rust, generate noise and dust, so it cannot meet the requirements of ceramic type formula), it is lighter than other brake pads. And more expensive, Ceramic Brake pads are cleaner and quieter and provide excellent braking performance without wearing the mating parts.

Ceramic Brake pads are vulnerable parts of the brake system.

Ceramic Brake pads are an important part of the brake system, and Ceramic Brake pads are also vulnerable parts of the brake system. As the mileage increases, the thickness of the brake pads will decrease. If the thickness is very low, new brake pads need to be replaced. The automobile's braking system is mainly composed of a vacuum booster pump, brake master cylinder, brake cylinder, brake pads, and brake discs. There are also steel brake discs and carbon-ceramic brake discs. Carbon-ceramic brake discs have better heat resistance, and the probability of thermal attenuation in long-term high-intensity driving is lower. But the price of carbon-ceramic brake discs is very expensive. After the driver steps on the brake pedal, the master cylinder will push the brake cylinder through the brake fluid, and the brake cylinder will push the Ceramic Brake pads to clamp the brake disc so that the kinetic energy can be converted into heat energy and the car can decelerate. The vacuum booster pump provides a boost when braking, which can help the driver to easily step on the brake pedal. The brake fluid of the brake system needs to be replaced regularly, otherwise, the water content of the brake fluid will be too high.

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