Application of Advanced Ceramic

The use of Advanced Ceramics is nothing new for industrial manufacturing. Manufacturers have long used premium ceramics to decorate edgy and stylish high-performance manufacturing.

Here is the content list:

• Application of Advanced Ceramic in Engine

• Application of Special Sensitive Advanced Ceramic on Sensors

• Application of Advanced Ceramic in Shock Absorber

• Application of Advanced Ceramic Materials in Spraying Technology

Application of Advanced Ceramic in Engine

Advanced Ceramic is made of sintered inorganic non-metals such as silicon carbide and silicon nitride. It is more than three times the strength of Advanced Ceramic alumina and can withstand high temperatures above 1000°C. Advanced Ceramic is indispensable to reduce the fuel consumption of diesel engines by more than 30%. In the current gasoline engine, about 78% of the combustion energy is lost in heat energy and heat transfer. The thermal efficiency of the diesel engine is 33%, which is very superior compared with the gasoline engine. However, more than 60% of the heat energy is still lost. Therefore, to reduce this part of the loss, the combustion chamber is surrounded by Advanced Ceramic material with good thermal insulation performance, and then the exhaust gas turbocharger and power turbine are used to recover the exhaust energy. Tests have proved that this can improve thermal efficiency to 48%. At the same time, thanks to the use of Advanced Ceramic, it becomes possible to start the diesel engine instantly and quickly. Using Advanced Ceramic's turbocharger, it has superior heat resistance to today's superalloys, while the specific gravity is only about one-third that of a metal turbo. Therefore, the Advanced Ceramic turbine can compensate for the low dynamic response of the metal turbine.

Application of Special Sensitive Advanced Ceramic on Sensors

The requirements for the sensor are that it can be used in a unique harsh environment for a long time, and should have the characteristics of small size, lightweight, good reusability, and wide output range. In recent years, with the advancement of manufacturing technology, Advanced Ceramic heat resistance, corrosion resistance, wear resistance of Advanced Ceramics, and their potential excellent electromagnetic and optical properties have been fully utilized. Sensors made of sensitive Advanced Ceramic material fully meet these requirements.

Application of Advanced Ceramic in Shock Absorber

The vibration damping device is an intelligent vibration damper successfully developed by comprehensively utilizing the sensitive Advanced Ceramic, positive piezoelectric effect, inverse piezoelectric effect, and electrostrictive effect. Thanks to highly sensitive Advanced Ceramic elements, the shock absorbs the road surface and adjusts itself to minimize vibrations caused by uneven road surfaces.

Application of Advanced Ceramic Materials in Spraying Technology

In recent years, Advanced Ceramic film coating technology, which is widely used in aerospace technology, has begun to be applied to automobiles. The advantages of this technology are good thermal insulation effect, high temperature and high-pressure resistance, mature technology, and stable quality. To achieve the goal of low heat dissipation, Advanced Ceramic coating can be applied to the engine combustion chamber components, such as zirconia sprayed on the top of the piston and zirconia sprayed on the cylinder liner. The engine after this treatment can reduce heat dissipation loss, reduce the weight of the engine itself, reduce the size of the engine, and reduce the fuel consumption.

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