Ceramic

Alumina powder is a white, ultra-fine powder, inorganic oxide. With high purity, high whiteness, high specific gravity, good thermal stability, uniform particle size distribution and good fluidity, al

Ceramics are new materials with a series of excellent properties such as wear resistance, corrosion resistance, high temperature resistance, oxidation resistance and high hardness.

Light magnesium oxide, an inorganic material with high stability and weak volatility at high temperatures, activates the lattice and promotes sintering in order to improve the sintering properties of

Ceramics are new materials with a series of excellent properties such as wear resistance, corrosion resistance, high temperature resistance, oxidation resistance and high hardness.

MgO ceramics are cubic crystal system, sodium chloride structure. The main crystalline phase of MgO ceramics is MgO, theoretical density is 3.85g/cm³, melting point reaches 2800℃, Mohs hardness is 5-6

Lightweight magnesium oxide was added to ceramics, so that the sintering properties and thermal shock resistance of magnesium oxide ceramics were more obviously improved and significantly improved the

Alumina ceramics is a ceramic material with α-Al2O3 as the main crystal phase. The alumina ceramics used in engineering applications generally have an Al2O3 content between 75% and 99.9%. Usually clas

Using this system of sintering additives, alumina-based ceramics can be synthesized at about 1500-1550°C. MgO plays an important role in the fine crystal microstructure of alumina ceramics, and MgO ca