Types and Application of Silicon Nitride Sheet


Release time:

2023-03-13

Silicon nitride sheet is made of silicon nitride material through hot pressing and cold pressing, with low melting point, high heat resistance, high hardness, high oxidation resistance and other characteristics, can be used in the semiconductor and electronic industry of high-precision optical instruments and electronic components manufacturing, can also be used in aerospace and other high-tech fields.

There are many types of silicon nitride plate, according to the melting point is divided into: low melting point silicon plate, medium melting point silicon plate, high melting point silicon plate; according to the use is divided into: microelectronics silicon plate, electronic components silicon plate, precision instrument silicon plate, aerospace silicon plate, automotive industry silicon plate and other silicon plate.

Silicon nitride sheet is widely used in the semiconductor and electronics industry, for the manufacture of high-precision optical instruments and electronic components; in the aerospace field, for the manufacture of space detectors; in the automotive industry, for the manufacture of automotive interior parts; in the consumer goods industry, for the manufacture of cameras, mobile phones and other precision instruments.

Due to the characteristics of low melting point, high heat resistance, high hardness and high oxidation resistance, silicon nitride plate is an important raw material for the electronics industry, aerospace industry and automobile industry, and is also an important part of precision instruments. It plays an increasingly important role in modern science and technology.

Silicon nitride sheet is a new material with high performance and high stability, which is composed of silicon nitride crystal and graphene, and has a variety of advantages and special applications. Silicon nitride sheet has the advantages of high temperature resistance, corrosion resistance, reduced friction coefficient and wear resistance.

Silicon nitride sheet has the advantages of high temperature resistance, corrosion resistance, reduced friction coefficient and wear resistance. It can work at extreme temperatures, can resist corrosion in air, and can reduce friction coefficient and improve wear performance. It can be used in automobile manufacturing, aerospace, electronic engineering, metallurgical industry, chemical industry and other fields. For example, it can be used in the manufacture of automotive engine parts to improve engine performance; it can also be used in aerospace, for the manufacture of spacecraft shells, resistant to the extreme temperatures and radiation of the space environment; it can also be used in electronic engineering, For the manufacture of electronic components, improve the durability and reliability of components.

Silicon nitride sheet is very different from ordinary steel sheet. First, the thermal stability of silicon nitride sheet is much higher than that of ordinary sheet. Secondly, silicon nitride sheet is much stronger than ordinary sheet in terms of corrosion resistance and wear resistance. Moreover, it also has the characteristics of reducing friction coefficient, which makes it widely used in many professional environments.

In the silicon nitride sheet manufacturing process, to avoid overheating, to prevent material failure. In addition, in the manufacturing process, try to avoid pollution by pollutants, because pollutants will have a negative impact on the performance of the material. In addition, during the manufacturing process of silicon nitride plates, excessive stretching and compression should be avoided, so as not to damage the structure of the material.

Silicon nitride sheet can be used in many industries and fields, it can be used in automobile manufacturing, aerospace, electronic engineering, metallurgical industry, chemical industry, power industry and other industries and fields. Silicon nitride sheets can be used in the manufacture of engine parts, spacecraft housings, electronic components, etc. to improve product performance and reliability.