Properties and main uses of industrial ceramic mechanical parts

Industrial ceramic mechanical parts are widely used in various industries now, and their excellent performance makes them replace traditional materials. The following Pintejin zirconia ceramic machining manufacturers will tell you about the performance and main uses of industrial ceramic mechanical parts. As an inorganic non-metallic material, special ceramic materials for industrial ceramics and mechanical parts have many properties that metal materials do not have, such as: high strength, high hardness, high elastic modulus, high temperature resistance, wear resistance, corrosion resistance, oxidation resistance , Thermal shock resistance. In addition, the current ceramic molding process is also mature, ceramic materials can be made into various non-standard shapes of industrial ceramic mechanical parts according to needs, replacing metal parts as key parts. Industrial ceramic mechanical parts refer to ceramic parts made of special ceramic materials through mixing, molding, sintering and machining. The special ceramic materials mentioned may be oxide ceramics, nitride ceramics, boride ceramics, carbide ceramics and the like. Industrial ceramic mechanical parts gear Add specially formulated inorganic materials to the ceramic blank, and sinter and form at a high temperature of about 1360 degrees, so as to obtain stable and reliable anti-static performance, and become an industrial ceramic mechanical part. From the perspective of aerospace and military, industrial ceramic mechanical parts can be used in thermal insulation tiles of space shuttles, warheads of intercontinental missiles, and rocket nozzle parts by using the high temperature resistance of special ceramics. Industrial ceramic mechanical parts are also widely used for civil use, such as commonly used engine combustion chambers, piston tops, rotors, corrosion-resistant impellers, wear-resistant pipes, bearings, bushings, ball valves, seals, screws… Many metal accessories can be replaced field.