Automotive brake pads, also called automotive brake pads, play a key role in the safe driving of the car, and brake pads are composite components composed of several key components. The first is the layer of friction material, which is the core of the brake pads and its role is to reduce the speed of the car by generating friction. This friction material is composed of a mixture of components such as semi-metal, ceramic, carbon fiber, and so on, each of which plays a unique role in the final performance of the brake pads.

The core task of the brake pad material mixing equipment is to fully and evenly mix these raw materials with different properties and strict proportions. Only by achieving uniform mixing, can we ensure the consistent performance of each brake pad and avoid the difference in braking effect caused by uneven material distribution. Otherwise, there may be local friction overheating, uneven wear, and even serious problems of brake failure.

With the continuous improvement of the performance requirements of brake pads in the automotive industry, as well as the rapid development of material science, brake pad material mixing equipment is also constantly innovating and upgrading, and intelligent technology is gradually integrated into the mixing equipment. By installing all kinds of sensors, the equipment can monitor the mixing state, mixing time, temperature and other parameters of the material in real time, and automatically adjust the mixing time, speed and other operating parameters according to the preset, to ensure that each mixing can achieve the best mixing effect. This not only improves production efficiency, but also reduces the impact of human factors on the quality of the mixture. Zhe Ke brake pad material high-speed mixing equipment adopts a unique dual-power mixing process, bucket movement superposition internal knife high-speed rotation, so that the material in the bucket to form a strong convection and shear movement. The 360° movement of the barrel makes the material from the concentration to the dispersion state and doping with each other, there is no dead Angle when mixing, and the flying knife inside the barrel rotates at high speed, forcing the material to cut. The two movements make different materials quickly disperse and interpenetrate with each other, realizing the rapid and uniform mixing of materials. Because the material can not be too high temperature when mixing, the brake pad material high-speed mixer uses low-temperature mixing technology to avoid the deterioration of the performance of some materials due to high temperature during the mixing process, while reducing energy consumption. With the continuous progress of technology, it is believed that the future hybrid equipment will make greater contributions to the automotive safety cause in a more efficient, intelligent and environmentally friendly way.

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