American Standard White Fused Alumina 600# for grinding and polishing.

American Standard White Fused Alumina 600# for Grinding and Polishing

American Standard ANSI White Fused Alumina 600# for Grinding and Polishing is produced from low-sodium aluminum oxide powder through electric melting, crystallization, grinding into powder, acid washing to remove impurities, and hydraulic overflow classification. Its complex processing results in concentrated particle size distribution without large grains, making it suitable for fine grinding and polishing. Due to its high chemical stability, hardness, thermal stability, and wear resistance, it is also widely used in wear-resistant coatings, industrial ceramics, and other industries.

White electro corundum 600# applied to ANSI standard is made from high-quality alumina by melting above 2000 in the electric arc furnace and cooling. It is white with the main crystal phase alpha-Al2O3. The white alumina produced in titling electric arc furnaces has the advantage of high density and low porosity and good volume stability and thermal shock resistance. As one of the most commonly used corundum in the abrasive industry,White fused alumina has a long history in applications because of its high hardness, good self-sharpening advantages. By adopting high-quality grade materials, a strict quality control system, and developed production technology, HAIXU’s white fused alumina gets high purity, stable quality, and good distribution.

The micro-powder from Haixu Abrasives is acid-washed and gets water pickled, by this process, the white fused alumina powder is with better purity and better grit size distribution.

Features of American Standard ANSI White Fused Alumina 600# for Grinding and Polishing:

High alumina purity (above 99.5%), resulting in high hardness, strong grinding power, and high grinding efficiency

Hydraulic process production ensures more uniform particle size, no large grains, and no scratching of workpiece surfaces

Strong chemical stability, high resistance to acids and alkalis, insoluble in water

Strong thermal stability, wear resistance unaffected at high temperatures

High whiteness, does not affect the color of coatings and other products

Wide range of applications, not only for grinding and polishing but also as an additive for coatings, ceramics, rubber, plastics, and composite materials

The electrofused aluminum oxide powder for polishing has outstanding features including small crystal size, impact resistance. By ensuring the excellent purity, HAIXU Abrasive's product works very extraordinary well at sand blasting and raw material for abrasive tools. Users will get a multi-recycle experience and more durable performance.

Physical Properties

Chemical Composition:

Applications of White Fused Alumina Micro-powder:

1. Flooring Industry: Wear-resistant overlay for wood flooring, diamond sand tile glaze

2. Coatings Industry: Water-based epoxy floor paint, fluorocarbon powder coatings, wear-resistant paint

3. Ceramics Industry: Ceramic filter plates, ceramic membrane tubes, honeycomb ceramics, and other industrial ceramics

4. Polishing Products Industry: Oil stones, honing stones, fine grinding stones, polishing wax, and other abrasive products

5. Coated Abrasives Industry: Metallographic sandpaper, nail files, PVA polishing wheels, nylon polishing wheels, wire drawing wheels, and other abrasive tools

6. Diamond Tools Industry: Additive for diamond water grinding discs, diamond dry grinding discs

7. Rubber Bonded Abrasives: Rubber grinding heads, rubber abrasive tools

8. Dental Industry: Polishing of dental braces and denture bases

9. Adhesives Industry: Wear-resistant and high-temperature resistant adhesives such as electronic potting compounds and bonding agents

10. Semiconductor Industry: Free abrasive machining, micro-blasting (for electronic components such as probes, semiconductors, etc.)

11. Wear-resistant Products: Brake devices, insulating plates, wear-resistant printing rollers

12. Metal Industry: Grinding and polishing of tungsten-molybdenum alloys, tungsten carbide alloys, tungsten-copper alloys, molybdenum-copper alloys