Filled ceramic ball, also known as inert alumina ceramic ball, the ceramic ball features high mechanical strength, long service life, good chemical stability, does not react with the material, high temperature resistance, high pressure, strong acid and alkali corrosion, good thermal shock stability. Among them, the filled ceramic balls with alumina content of about 25 percent are ceramic balls, inert alumina ceramic balls, concave and concave porous ceramic balls, active ceramic balls, porous ceramic balls, micro-porous ceramic balls, thermal storage ceramic balls, etc.

The main function of the filler ceramic ball is to improve the distribution point of gas and liquid, and to support and protect chemical raw materials with low-strength active catalysts, which are mostly used in high temperature, high pressure and corrosive working environment in the chemical industry. Converters, reactors and packed towers used in the petrochemical industry to prevent filter-covered equipment from forming dirt or damaging catalyst support. In addition, it is also used in high and low temperature converter, converter, hydrogenation converter, desulfurization tank and methane converter in chemical fertilizer plant, as well as hot blast furnace and heat transfer equipment in iron and steel industry.

The alumina ceramic ball is another classified grinding ceramic ball; It can also be divided into silicon carbide grinding porcelain ball, microcrystalline aluminum grinding porcelain ball, high aluminum grinding porcelain ball. Generally speaking, the aluminum content of 60 percent -65 percent is divided into aluminum balls, the aluminum content of 75 percent -80 percent is medium and high aluminum balls, and the aluminum content of more than 90 percent is high aluminum balls. Among them, the high aluminum ball is subdivided into 90 porcelain, 92 porcelain, 95 porcelain and 99 porcelain. Because of its extremely high production cost, 99 porcelain is rarely mass-produced by large manufacturers, and it is mainly handmade by some special ceramics factories.

The grinding ceramic ball has the advantages of high hardness, high volume density, corrosion resistance, high alumina content, high density, high hardness, strong wear resistance, and is widely used in various ceramics and building industrial ceramics. It can also be used for electronic ceramic glaze, high-grade glass refractory materials, special non-metallic ore deep processing, mechanical polishing and fine grinding equipment such as ball mill, tank mill, vibration mill and other grinding media used as grinding body. Filled ceramic ball, also known as inert alumina ceramic ball, the ceramic ball features high mechanical strength, long service life, good chemical stability, does not react with the material, high temperature resistance, high pressure, strong acid and alkali corrosion, good thermal shock stability. Among them, the filled ceramic balls with alumina content of about 25 percent are ceramic balls, inert alumina ceramic balls, concave and concave porous ceramic balls, active ceramic balls, porous ceramic balls, micro-porous ceramic balls, thermal storage ceramic balls, etc.

The main function of the filler ceramic ball is to improve the distribution point of gas and liquid, and to support and protect chemical raw materials with low-strength active catalysts, which are mostly used in high temperature, high pressure and corrosive working environment in the chemical industry. Converters, reactors and packed towers used in the petrochemical industry to prevent filter-covered equipment from forming dirt or damaging catalyst support. In addition, it is also used in high and low temperature converter, converter, hydrogenation converter, desulfurization tank and methane converter in chemical fertilizer plant, as well as hot blast furnace and heat transfer equipment in iron and steel industry.

The alumina ceramic ball is another classified grinding ceramic ball; It can also be divided into silicon carbide grinding porcelain ball, microcrystalline aluminum grinding porcelain ball, high aluminum grinding porcelain ball. Generally speaking, the aluminum content of 60 percent -65 percent is divided into aluminum balls, the aluminum content of 75 percent -80 percent is medium and high aluminum balls, and the aluminum content of more than 90 percent is high aluminum balls. Among them, the high aluminum ball is subdivided into 90 porcelain, 92 porcelain, 95 porcelain and 99 porcelain. Because of its extremely high production cost, 99 porcelain is rarely mass-produced by large manufacturers, and it is mainly handmade by some special ceramics factories.

The grinding ceramic ball has the advantages of high hardness, high volume density, corrosion resistance, high alumina content, high density, high hardness, strong wear resistance, and is widely used in various ceramics and building industrial ceramics. It can also be used for electronic ceramic glaze, high-grade glass refractory materials, special non-metallic ore deep processing, mechanical polishing and fine grinding equipment such as ball mill, tank mill, vibration mill and other grinding media used as grinding body.