Uses Of Alumina Substrate In Automobile Industry
Alumina ceramic substrate is an essential material in the automobile industry, offering exceptional comprehensive performance that plays a significant role in automobile engines, sensors, shock absorbers, etc.
Engine
The automobile engine is the heart of a vehicle, and reducing fuel consumption and minimizing exhaust pollution are critical concerns for the automotive industry. Alumina ceramic substrate, with its high-temperature resistance and insulation properties, is highly beneficial in reducing diesel engine fuel consumption by more than 30%. Additionally, it helps diesel engines start quickly and is used in the combustion chamber to reduce heat loss. The use of alumina ceramic substrate increases the thermal efficiency of the engine to 48%.
Sensors
Sensors are essential components in modern vehicles, and their performance directly affects the accuracy and reliability of the vehicle's systems. Alumina ceramic substrate is utilized fully for its heat resistance, corrosion resistance, wear resistance, and potential electromagnetic and optical functions, making it ideal for sensors. The sensor made of alumina ceramic material meets the requirements of harsh environments, small size and lightweight, good reusability, and wide output range.
Shock Absorber
Shock absorbers are critical components that help absorb road shocks, reduce noise and vibration, and improve ride comfort. Alumina ceramic substrate is used in developing smart vibration dampers in high-class cars that utilize the positive piezoelectric effect, inverse piezoelectric effect, and electrostrictive effect of alumina ceramics. This reduces the vibration caused by rough road surfaces to a minimum.
Conclusion
Although alumina ceramic substrate is still undergoing development, it has numerous potential applications in the automotive industry. With the rapid development of science and technology, more alumina ceramic substrates and intelligent ceramic products will be utilized in the future.
For more information, please visit https://www.preciseceramic.com/.
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