Corundum Bfa Steel Polishing Brown Fused Alumina For High Precision Electronic Materials - China

Brown corundum micro powder is produced by a reduction fusion of high quality bauxite in electric arc furnaces.

It is both a hard and tough material with high strength, making it an excellent abrasive grain for applications.

Its thermal properties make it an excellent raw material for abrasive and refractory applications.

Application

1 - Grinding and polishing of stainless steel, optical glass, bamboo or other materials.

2 - For polishing various spare parts: bicycles, sewing-machine, hard metal tools, medical apparatus, timepieces, glass products and stone grinding.

3 - For making abrasive tools: fiber-reinforced cutting wheels, grinding wheels, sand cloth, paper and paste.

Company Contact:

• Posted By: Zhengzhou Xinli Wear-resistant Materials Co. Ltd.

• Phone: +8615890165848

• Address: Building 13, Wanda Plaza, Erqi District, Zhengzhou City, Henan Province, China, Zhengzhou City (郑州市), He Nan, China

• Email:

• Website: https://www.xinliabrasive.com/

• Business Description: Zhengzhou Xinli Group, founded in 1996, is a professional integrative enterprise and Manufacturer that engaged in various abrasives production, R&D and selling various wear-resistant materials, such as white fused alumina, white corundum powder, alumina powder, white aluminum oxide powder, green silicon carbide powder, brown fused alumina, brown corundum powder and other wear-resistant materials.
  
  With the advanced production equipment and testing instruments, the annual sales quantity of the wear-resistant materials reaches to 3,000 tons with different standards, like PEPA,JIS and ANSI etc.
  
  Zhengzhou Xinli has become the first enterprise that achieves the original crystal granularity to standard 0.3μm, can gain the effect of metal mirror polishing.
  
  Xinli Group insist on innovation, standardized and refined production, help every customer use the quality-stable and preferential price products are the goal that keeps Xinli moving forward.