Cars made of zirconia ceramic What are the ceramic connectors? If you pay careful attention, you can find that many parts of the car are made of zirconia ceramic materials as the main material, which are involved in important devices such as engines, sensors, brakes, and shock absorbers. , we call it automotive ceramic socket.
These automotive ceramic connectors are sintered with inorganic non-metallic materials such as zirconia ceramics and yttria ceramics, so they are compatible with Compared with the alumina ceramics used in the past, the strength and high temperature resistance have been significantly improved, further improving its application effect in the automotive field.
In the past, some automobile engines made of traditional materials often had serious heat loss problems. In order to reduce this loss, it is necessary to Zirconia ceramic materials with good thermal insulation properties are used to surround the combustion chamber for heat insulation, and then use exhaust gas turbochargers and power turbines to recover exhaust energy, thereby effectively improving the thermal efficiency of the automobile engine.
As a sensor for automobiles, it must not only be able to endure the harsh environment unique to automobiles for a long time, but also must be small, lightweight, and It has the characteristics of good reusability and wide output range. The sensor made of zirconia ceramics just meets the above requirements, because zirconia ceramicsIt has unique heat resistance, corrosion resistance, wear resistance and potential excellent electromagnetic and optical properties.
In addition, the application of zirconia ceramics in automobiles is also reflected in brakes, which have undergone pressing, heating, carbonization, heating, and cooling Wait for multiple processesThe hardness of the carbon silicon compound surface of the zirconia ceramic brake is close to diamond, so its impact resistance and corrosion resistance are very outstanding.
In addition, zirconium oxide ceramic materials are also used in automotive spraying technology, thereby reducing heat dissipation losses and reducing the stress on the engine itself. quality, reduced engine size, reduced fuel consumption and other multiple effects.
