top_back

News

Industry development trend of white corundum micropowder


Post time: Aug-31-2022

news3

White corundum powder is made of high-quality alumina powder as raw material, which is smelted and crystallized at high temperature in an electric arc furnace. Its hardness is higher than that of brown corundum. It has the characteristics of white color, high hardness, high purity, strong grinding ability, low calorific value, acid and alkali resistance, high temperature resistance, and good thermal stability. Product granularity is produced according to international standards and national standards, and can be processed according to user requirements. Xinli white corundum is processed and broken by the latest collider, and the particles are mostly spherical particles with good cutting and jetting performance.

Compared with the traditional white corundum micropowder production process, white corundum micropowder has the characteristics of single crystal, high hardness, good self-sharpening, superior grinding and polishing performance, and the manufacturing cost is greatly reduced. It has become a new type of abrasive at home and abroad. Micropowder. It has been tried and promoted in various industries. At present, the research on white corundum is at the forefront of the abrasives industry.
As a traditional industry, the abrasive industry has made great progress in recent years, especially the large-scale use of white corundum micropowder has opened up a broader world for this industry, enabling more high-tech materials to be used. At present, the abrasive industry is developing in the direction of ultra-hard and ultra-fine, and it is an effective attempt to comply with this development trend.

Our professional engineering group will always be ready to serve you for consultation and feedback. We are able to also offer you with absolutely free samples to meet your requirements. Finest efforts will likely be produced to give you the ideal service and goods. For anyone who is thinking about our

  • Previous:
  • Next: