What is the difference between silicon carbide and silicon？

Silicon carbide and ordinary silicon have different chemical structures

Silicon carbide is a ceramic material composed of silicon and carbon with a complete tetrahedral lattice structure. Ordinary silicon is an elemental element with a diamond cubic crystal structure. The chemical makeup of silicon carbide gives it greater hardness and strength, while regular silicon exhibits good electrical conductivity and optoelectronic properties. Differences in the chemical structure of the two materials cause them to have very different physical properties.

The physical properties of silicon carbide and ordinary silicon are different

Silicon carbide has high temperature, wear resistance, corrosion resistance and other properties, and is widely used in steel, ceramics, aerospace, semiconductor and other fields. Ordinary silicon is commonly used in semiconductor, optics, solar energy and other fields, and has excellent electrical conductivity and photoelectric properties. In addition, silicon carbide has the characteristics of high strength, high hardness, and high stability, and can be used in the manufacture of high-speed cutting tools, ceramic materials, etc. Ordinary silicon is used in manufacturing chips, solar cells and other fields.

Conclusion:

Silicon carbide and ordinary silicon are different in chemical structure and physical properties, and have different application fields and uses. Silicon carbide is a ceramic material with a structure similar to diamond, with high temperature, wear resistance, corrosion resistance and other properties; while ordinary silicon has good electrical conductivity and photoelectric properties and is often used in semiconductor, optics, solar energy and other fields.