Zirconia Alumina is an abrasive eutectic alloy composed of alumina and zirconia, created through the fusion of alumina and zirconia at 2900 degrees Celsius. By precisely controlling the fusion formula and cooling process, it develops fine microcrystal fracture properties, providing Zirconia Alumina with outstanding cutting ability and a rapid stock removal rate. When used with various materials, Zirconia Alumina offers significantly longer life compared to ordinary abrasives. It is commonly employed in stainless steel, high alloy steels, and other low thermal-releasing grinding systems. Introducing different quantities of titanium through fusion allows for variations in the tough-sharp balance. Chemical composition%(Grit 46) Particle size distribution F8–F220 is available, with PSD according to FEPA standard 42, GB/T 2481. Compliance with JIS standard or ANSI standard, or customization based on customer requirements, is also accommodated.

ZAF25 represents the densest and toughest abrasive grains formed through the fusion of alumina and zirconia at 2900 degrees Celsius. With its unique Alumina-Zirconia eutectic crystalline structure, ZAF25 exhibits exceptionally high wear resistance, contributing to remarkable tool life for abrasives. ZAF25 is predominantly utilized in foundry-type grinding wheels and steel conditioning wheels. ZAF25D, a variant of ZAF25, possesses a more blocky shape. Chemical composition%(Grit 20) Particle size distribution F8–F220 is available, with PSD according to FEPA standard 42, GB/T 2481. Compliance with JIS standard or ANSI standard, or customization based on customer requirements, is also accommodated.