Mechanical manufacturing: Ceramic bearings are widely used in mechanical manufacturing because of their high hardness, low friction coefficient and corrosion resistance. Especially in high-speed, high-temperature or high-corrosion environments, ceramic bearings can provide better performance and service life.
Space field: Because ceramic bearings are lightweight and strong with high temperature resistance, they are widely used in the space field. For example, in the engine and propulsion system in the space field, ceramic bearings can withstand low temperature and load conditions, providing reliable support and rotation functions.
Chemical industry: Ceramic bearings are widely used in the chemical industry, especially in corrosive media such as acid and alkali, which can provide good corrosion resistance. Its excellent chemical stability and wear resistance make ceramic bearings widely used in pumps, valves, agitators and other equipment.
Medical equipment: The application of ceramic bearings in the field of medical equipment mainly focuses on high-speed medical devices, artificial joints and other oral equipment. Ceramic bearings can provide low friction, high precision and wear resistance, and meet the requirements of medical equipment for high quality, efficiency and long life.
Electronic field: Ceramic bearings are often used in high-speed disk drives, optical fiber communication equipment and high-precision mechanical devices in the electronic field. Due to the insulation properties, high temperature stability and low magnetism of ceramic materials, ceramic bearings can provide stable and reliable rotational motion to meet the requirements of electronic equipment for high speed, high precision and stability.
In a word, ceramic bearings are widely used in many fields such as mechanical manufacturing, space, chemical industry, medical equipment and electronics in China. Their special properties enable them to meet the requirements of special environments and provide better performance and reliability.
