Как проверить твердость улучшенной керамики
How to test the hardness of advanced ceramicsCeramic materials have made great progress as an important inorganic non-metallic material. In particular, structural ceramics are widely used in metallurgy, chemical industry, aerospace and other fields due to their high...
Прецизионная керамика находит все более широкое применение в полупроводниковом оборудовании
Precision ceramics are more and more widely used in semiconductor equipmentAs a key component of semiconductor production equipment, the R&D and production of precision ceramic components directly affects the development of the semiconductor equipment...
Введение в процесс литья керамики под давлением
Introduction of ceramic injection molding processThe ceramic injection molding process mainly includes four processes: feeding, injection molding, degreasing and sintering.1. Selection and optimization of powder As the main material for injection molding, the most...
Применение керамики на основе нитрида кремния в промышленности
Application of silicon nitride ceramics in industrySilicon nitride ceramics are advanced engineering ceramics with high strength, fracture toughness, hardness, wear resistance and good chemical and thermal stability. Silicon nitride is a polycrystalline composite...
Преимущества промышленных поршней из циркониевой керамики
Advantages of Industrial Zirconia Ceramic PistonsZirconia ceramic materials can be processed into various types of mechanical parts, because they have a series of advantages such as wear resistance and high temperature resistance. Processed zirconia ceramic...
Свойства и применение теплопроводящих керамических прокладок
Properties and applications of thermally conductive ceramic gasketsThermally conductive ceramic gasket is a material with high thermal conductivity. It is mainly made of alumina (alumina content as high as 95%) or zirconia. It has a pure white appearance and a hard...
Преимущества промышленных поршней из циркониевой керамики
Advantages of Industrial Zirconia Ceramic PistonsZirconia ceramic materials can be processed into various types of mechanical parts, because they have a series of advantages such as wear resistance and high temperature resistance. Processed zirconia ceramic...
Карбид кремния и алюмооксидная керамика
Comparing the properties of silicon carbide ceramics and alumina ceramicsAlthough alumina ceramics are the most widely used ceramic materials, silicon carbide ceramics are increasingly popular in high-end applications due to their excellent properties.Silicon carbide...
Микропористая керамика и усовершенствованная керамика
What is the difference between microporous ceramics and advanced ceramics?Microporous ceramics refer to ceramic bodies that contain a large number of open or closed tiny pores inside or on the surface of the ceramic, and their pore sizes are generally micron or...
Преимущества керамических тиглей из глинозема
Advantages of alumina ceramic cruciblesAlumina ceramic crucibles are suitable for various laboratories, laboratories, analysis of metal and non-metal samples, melting materials and various industrial analyzes due to their excellent high temperature resistance and...
Сравнение керамических трубок из глинозема и диоксида циркония
Which is better for ceramic tubes made of zirconia or aluminaMany customers who have needs for ceramic tubes do not know whether to choose alumina or zirconia. As a professional manufacturer of ceramic structural parts for more than ten years, Vhandy Ceramics will...
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