Ceramic Use Magnesium Oxide

Description

MgO is the main raw material for the production of magnesium hydroxide and metal magnesium, and it is also a fairly common basic oxide.

Magnesium Oxide has a wide application in ceramics. It has some very special and excellent properties. Magnesium Oxide has a very high melting point, which can reach about 2800°C. This can greatly improve the heat resistance of the ceramic. This wonderful characteristic of light makes magnesium oxide quite popular in the field of advanced ceramics. It can be directly sintered into magnesia ceramics, and can also be used as a ceramic additive.

In addition, MgO has some other excellent properties. Magnesium oxide transparent ceramics have good transparency and infrared light transmission performance. Magnesium oxide also has good alkali metal vapor corrosion resistance, high thermal conductivity, and high melting point. At the same time, magnesium oxide also has the advantages of small theoretical density, high insulation, and high infrared transparency. Therefore, magnesium oxide can be active in the field of visible light and infrared light-transmitting materials. Magnesia is a promising material that outperforms alumina ceramics.

High-purity MgO finds its use in the application of ceramic abrasive tools. High-purity magnesia and alumina can be used together to prepare fused ceramic particles.

Magnesium oxide and rare earth oxides play a role as sintering aids to prepare silicon nitride ceramics. Finally, magnesium oxide can also efficiently and economically manufacture various products with complex shapes such as high-temperature-resistant, wear-resistant, and corrosion-resistant products. Such as cutting tools, sealing rings, bearings, nozzles, etc.

In conclusion, magnesium oxide is an advanced material with excellent properties. The field of ceramics, especially the advanced ceramics market has obvious advantages.