Engine designers are always looking for alternative ways to reduce costs and emissions and improve fuel economy and performance. One way to improve automotive design is through material replacement. Advanced ceramics, like Al2O3 Alumina Ceramics, AlN Aluminium Nitride Ceramics,Si3N4 Silicon Nitride Ceramics, ZrO2 Zirconia Ceramics, can be used as a technology for many of the key components of future engines because of their unique heat resistance, wear and corrosion resistance, light weight, and electrical insulation and thermal insulation/conductivity.
Computer control and other electronic devices in automobiles use a large number of Ceramic Substrates (Alumina Substrates & Aluminium Nitride Substrates) and are critical to the performance of the device. In addition, many electric motors are used in modern automobiles to automatically adjust seat windows and the like, and ceramic magnets are used in many of these motors. Ceramic components are also introduced into the fuel system and valve train of heavy duty diesel engines.
Future vehicles may use ceramics in internal engine structural components, in wear-resistant applications of fuel systems, accessory components in valve systems, such as valves and valve seats. Ceramic fuel cells can also be used in driverless cars in the future.
Due to the ceramic's resistance to pressure, heat, abrasion, and corrosion., UNIPRETEC uses ceramics instead of SUS to make cylinder liners for reciprocating pumps. We are specialized in making ceramic cylinder liners that meet customers' needs in terms of roundness, straightness, surface roughness, etc., and improving work efficiency, product lifetime, and precision.
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the technical advanced ceramics industry. It is characterised by its high thermal resistivity, mechanical resistance, and abrasive properties.
Due to the ceramic's resistance to chemicals, heat, abrasion, and its low thermal expansion, etc., UNIPRETEC uses zirconia ceramic instead of SUS to make the plungers (pistons) for high pressure waterjet pump intensifier parts. We are specialized in making ceramic plungers that meet customers' needs in terms of roundness, straightness, surface roughness, etc., and improving work efficiency, product lifetime, and precision.
Due to the ceramic's resistance to chemicals, heat, abrasion, and its low thermal expansion, etc., UNIPRETEC uses ceramics instead of SUS to make plungers (pistons) for high pressure plunger pumps, automatic filling machines, medical controlled volume pumps, syringe pumps, etc. We are specialized in making ceramic plungers that meet customers' needs in terms of roundness, straightness, surface roughness, etc., and improving work efficiency, product lifetime, and precision.
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the technical advanced ceramics industry. It is characterised by its high thermal resistivity, mechanical resistance, and abrasive properties.
The ceramic pistons are made using the advanced aluminum oxide ceramic material that possesses high hardness, wear resistance, high temperature resistance, and corrosion resistance, ensuring consistent material performance.
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