Which is the best, ceramic brake pads or traditional brake pads?

Ceramic brake pads are the best, mostly used in high-performance sports cars.

1: Brake pads are mainly divided into the following categories: asbestos brake pads (basically eliminated), semi-metal brake pads, less metal brake pads, NAO formula brake pads, ceramic brake pads and NAO ceramic brake pads.

2. The biggest difference between ceramic brake pads and traditional brake pads is that there is no metal. The metal in the traditional brake pad is the main friction material, which has great braking force, but great wear and noise. After installing ceramic brake pads, there will be no abnormal noise (that is, scraping sound) during normal driving. Because the ceramic brake pad contains no metal components, the metal noise caused by the friction between the traditional metal brake pad and the double parts (i.e. the brake pad and the brake disc) is avoided.

3. Stable friction coefficient. Friction coefficient is the most important performance index of any friction material, which is related to the braking ability of brake pads. In the process of braking, due to the heat generated by friction and the increase of working temperature, the friction material of general brake pads is affected by temperature, and the friction coefficient begins to decrease. In practical application, the friction will be reduced, thus reducing the braking effect. The friction material of ordinary brake pads is immature and the friction coefficient is too high, which causes unsafe factors such as out-of-control direction, burning and scratching the brake disc when braking. 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 that the vehicle has good braking performance.

4. Ceramics have good thermal stability, low thermal conductivity and good wear resistance. The long-term service temperature is 1000℃, which makes the ceramic suitable for the high performance requirements of various high-performance braking materials and can meet the technical requirements of high speed, safety and high wear resistance of brake pads.

5: It has good mechanical strength and physical properties. Able to withstand greater pressure and shear force. Before the friction material products are assembled and used, mechanical processing such as drilling and assembly is needed to make the brake pad assembly. Therefore, it is required that the friction material must have sufficient mechanical strength to ensure that it will not be damaged or broken during processing or use.

It has very low thermal attenuation. Whether it is the first-generation ceramic products made of M09 or the fourth-generation ceramic brake pads made of TD58, vehicles can still have good braking performance to ensure safety, and the phenomenon of thermal attenuation of brake pads is very small.

1: Improve the performance of brake pads. Because of the rapid heat dissipation of ceramic materials, when used to manufacture brakes, its friction coefficient is higher than that of metal brake pads.

Safe. Brake pads will produce instantaneous high temperature during braking, especially during high-speed driving or emergency braking. At high temperature, the friction coefficient of friction plate will decrease, which is called thermal recession. Ordinary brake pads have low thermal regeneration, high temperature and rising brake oil make braking delay or even lose braking effect, and the safety factor is low.

2. Comfort. Among the comfort indicators, the noise of brake pads is often the most concerned by car owners. In fact, noise is a problem that ordinary brake pads can't solve for a long time. Noise is caused by abnormal friction between friction plates, and its reasons are very complicated. Braking force, brake disc temperature, vehicle speed and climatic conditions may all be the causes of noise.

In addition, the causes of noise are different in three different stages: brake start, brake implementation and brake release. If the noise frequency is between 0 and 0~550Hz, it can't be felt in the car, but over 800Hz, the owner can obviously feel the brake noise.

3. Excellent material characteristics. Ceramic brake pads are made of graphite/brass/advanced ceramics (non-asbestos), semi-metal and other high-tech materials, which have the advantages of high temperature resistance, wear resistance, smooth braking, repairing damaged brake discs, environmental protection, long service life and no noise. It overcomes the defects of traditional brake pad in material and technology, and is the most advanced advanced ceramic brake pad in the world at present. In addition, the content of ceramic slag balls is low and the reinforcement is good, which can also reduce the double wear and noise of brake pads.

4; Long service life. Service life is an index that everyone is very concerned about. The service life of ordinary brake pads is below 60,000 km, and that of ceramic brake pads is above 6,543,800 km. That's because ceramic brake pads only have 1 or two kinds of static powder.