Industrial ceramics, that is, ceramics for industrial production and industrial products. It is a type of fine ceramics, which can perform mechanical, thermal, chemical and other functions in applications. It has very broad application prospects in the fields of energy, aerospace, machinery, automobiles, electronics, and chemicals. So how high is the high temperature resistance of ceramics?
Use ceramics that are resistant to corrosion and chemically stable in contact with biological enzymes to produce crucibles for smelting metals, heat exchangers, biological materials such as artificial dental lacquer joints, etc., and use unique ceramics that capture and absorb neutrons to produce various nuclei Anti-stack structure materials, etc. How much is the high temperature resistance of industrial ceramics?
How much is the high temperature resistance of industrial ceramics? Industrial ceramics mainly include zirconia ceramics, alumina ceramics, silicon carbide ceramics, etc. The highest temperature they can tolerate is 1350℃ for zirconia ceramics, 1700℃ for alumina ceramics, and 1650℃ for silicon carbide ceramics.
These ceramics can be processed into various high-temperature-resistant ceramic parts, and the finished products also have high-temperature resistance.
Control the interface of the drying tower as required, and operate stably to prevent fluctuations in the interface of the drying tower to prevent alkali; control the concentration of the K2CO3 solution in the drying tower between 1.3g/L-1.4g/L, which requires us to prepare alkali or distill alkali It is necessary to control the concentration of alkali preparation and steaming alkali, and replace the dilute alkali solution used for a long time to reduce the phosphate content in the K2CO3 solution and reduce the consumption of high-temperature alumina.
How much high temperature can industrial ceramics withstand?
2020 07/21