What is industrial precision ceramics and its classification

Industrial precision ceramics is a new type of ceramics. With the development of science and technology, more and more new types of ceramics have emerged. Industrial precision ceramics is one of them. Let’s follow Kezhong Ceramics to see what this new type of ceramic is.

Industrial precision ceramics have corrosion resistance, high temperature resistance, abrasion resistance, super-hardness, super-softness, and superconductivity, far exceeding traditional ceramics and existing metal or non-metal materials.

Industrial precision ceramics also have gas sensitivity, light sensitivity, heat sensitivity, humidity sensitivity, and piezoelectric properties. These properties are the basis for manufacturing artificial intelligence materials.

Therefore, some countries, especially those with relatively developed economy and technology, have placed the development of industrial precision ceramic materials in a very important strategic position, and invested a large number of engineers and technicians and funds in the research and development of industrial precision ceramic materials.

Industrial precision ceramics, also known as high-performance ceramics, engineering ceramics.

Classification of industrial precision ceramics:

A. Industrial precision can be divided into carbides, nitrides, oxides and borides according to the composition.

B. In terms of use, it can be subdivided into three categories: structural ceramics, cutting ceramics and functional ceramics (mainly using their electrical and magnetic properties).

Industrial precision ceramics are industrial ceramics that are made with strict control of ingredients and specific processes without mechanical grinding and processing, with a smooth and flat surface and satisfactory tolerances.

The use of industrial precision ceramics:

Industrial precision ceramics are mainly used to make circuit substrates, coil frames, electronic tube sockets, high-voltage insulating ceramics, and rocket front cones. It can also be made into high porosity precision casting cores for casting alloys. It can also be used as a high temperature material with good shock resistance.

This article is excerpted from https://kknews.cc/zh-tw/news/l9j2v9g.html