In terms of application scenarios, 99.3% alumina ceramic tubes are highly adaptable and widely used in multiple booming industrial sectors. I. Iron and steel plant: 1. Lining of cylinder mixer of sintering machine 2, drum package ceramic rubber 3. Fan impeller 4, disc feeder, dry trough 5, coke hopper, converter bin, coke tank weighing hopper, cyclone dust collector

According to industry technical experts, the excellent wear resistance of alumina ceramic tubes stems from their dense and stable sintered crystal structure of high-purity alumina.

Generally for not very dirty alumina ceramic tube, cleaning is very easy, because only need to use some clean water to wash it can.Because it is very wear-resistant, so you can also use some relatively large friction cleaning tools to clean it, no matter how much you use will not cause any loss to it, so we do not have to worry about this.I

With the continuous development of science and technology, the use of alumina ceramic tube is more and more widely, alumina ceramic tube will be dirty for a long time, so how to do the alumina ceramic tube dirty?

In recent years, with the rapid development of high-end manufacturing, new energy, electronic semiconductors and other fields, the market's performance requirements for alumina industrial ceramics have continued to rise, and production technologies have achieved continuous innovation and breakthroughs.

Alumina ceramics are categorized into multiple grades including 85%, 90%, 95% and 99% alumina ceramic based on their alumina content. Products of diverse specifications suit differentiated industrial application scenarios, featuring outstanding cost performance and superior comprehensive properties.

Alumina ceramic tubes feature an ultra-hard substrate with a Mohs hardness of Grade 9, second only to a handful of superhard materials such as diamond and silicon carbide, and vastly outperforming conventional metallic pipes including ordinary carbon steel, wear-resistant cast iron and stainless steel. Boasting exceptional erosion and abrasion resistance inherently from its material composition, they can effectively withstand high-velocity erosion and frictional wear induced by diverse media like coal dust, mineral slag, fly ash and hard mineral slurry.

Policy incentives and explosive demand from downstream industries serve as the two core driving forces behind the sustained expansion of the alumina ceramics sector.On the policy front, China has continuously incorporated high-end alumina ceramics into its support framework for strategic new materials.

Medical.Alumina is more used to make artificial bones, artificial joints, artificial teeth and so on.Alumina ceramics have excellent biocompatibility, biological inertia, physical and chemical stability, high hardness and wear resistance, and are ideal materials for the preparation of artificial bones and joints.​

Notably, alumina ceramic is continuously breaking the boundaries of traditional industrial scenarios, forging new paths for cross-industry applications and unlocking fresh room for business growth.