In today's rapidly developing industrial environment, customers are looking for high-quality materials that can withstand the worst conditions and provide excellent performance. As a 99 alumina ceramic factory, we are pleased to launch our latest breakthrough product - alumina ceramic crucibles. This revolutionary industrial pipeline innovation will redefine the standards of durability, innovation, and efficiency.

Are you tired of constantly replacing your industrial tubes due to their lack of durability and resilience? Do you need a solution that can withstand harsh weather, chemicals, and high temperatures? Look no further than our new product, the Alumina Ceramic Tube.

The company's new SGS certification has been completed this year.

The new factory started construction in 2020 and was completed in 2022. The new production equipment is gradually being put into trial operation and use.

The reason why wear-resistant alumina ceramic tubes are called good ceramics is that they are not only wear-resistant, corrosion-resistant and high-temperature resistant, but also widely used in electric power, high-temperature furnace, vacuum furnace, electrode tube, chemical industry and other industries.

One of the standout features of the Alumina Industrial Ceramic Tube is its exceptional compressive strength. This tube can withstand immense pressure and maintains its structural integrity, even under the harshest conditions. Whether your application involves heavy machinery or high-pressure systems, this ceramic tube will not disappoint.

Due to its high temperature insulation, alumina industrial ceramics are used as the thimble and protective tube of thermocouples. The insulation used in atomic reactors is still excellent. In addition, the loss is small and the dielectric constant is small.

Due to its high temperature resistance, corrosion resistance, high strength and other properties, alumina industrial ceramics are used as steel casting sliding nozzle, crucibles and utensils for smelting rare and precious metals, special alloys, high-purity metals, glass wire drawing, and various high-temperature furnaces.

The density of alumina industrial ceramics is 3.5~3.7 g/cm3; Rockwell hardness HRC is 80-86 Mpa; The bending strength (at room temperature) is 300Mpa; The compressive strength is 1500MPa.

With its remarkable compressive strength, weather and chemical resistance, electrical insulation, high density and rigidity, as well as outstanding thermal conductivity, the Alumina Ceramic Tube is a game-changer in the industry.