What is the difference between α-phase and β-phase silicon carbide? Silicon carbide has two main crystal phases: α-phase and β-phase. β-silicon carbide is a low-temperature stable phase. Theoretically, β-silicon carbide transforms into α-silicon carbide when the temperature is above 2100℃. Usually, what we see in the market is basically α-silicon carbide. Although there is some

Green silicon carbide is a green sandblasting abrasive material, which is mainly used for the processing of cemented carbide, glass, ceramics and non-metallic materials. The silicon content in green silicon carbide can reflect the quality of the product. How is the silicon content in green silicon carbide measured? 1. For atomic absorption detection, this method

What is the material structure of green silicon carbide? The crystal structure is divided into hexagonal or rhombohedral α-SiC and cubic β-SiC. Green silicon carbide is a transparent crystal. Industrial green silicon carbide varies directly with its purity due to the type and content of impurities. α-SiC forms many different variants due to the different

The performance of green silicon carbide grinding wheel produced by green silicon carbide Green silicon carbide material can be used to produce green silicon carbide grinding wheel, its color is green, and it can be widely used for processing hard and brittle materials, but it is generally not suitable for processing bonded and sintered materials.

Like most abrasive products, green silicon carbide products are also based on the content of their main ingredients to determine the quality and price. The accurate judgment of the quality of silicon carbide must be laboratory chemical testing, and most manufacturers who need to use green silicon carbide do not necessarily have this experimental condition.

Green silicon carbide is a kind of semiconductor material, so it is widely used in power electronic devices. It not only reduces the loss of electric energy, but also exerts its own advantages and overcomes many environmental problems. Green silicon carbide power electronic devices will play a greater advantage in improving the efficiency of electric