Find the right abrasive for the work.

Brown Fused Alumina F Grit

High hardness and strength, good self-sharpening, impact resistance, high-temperature resistance, oxidation and corrosion resistance, and low creep

View product

Brown Fused Alumina Microgrit

1. Dense crystals with high strength High-temperature smelting achieves an α-Al₂O₃ conversion rate above 99%, producing large, strong, tough crystals with a dense structure and high bulk density. 2. Well-formed, angular particles Wet ball milling produces well-formed, angular gra...

View product

Calcined Brown Fused Alumina

1. High purity and toughness with improved strength and wettability Secondary calcining at 1350℃ and controlled heat treatment oxidize and volatilize impurities such as lower titanium oxides and titanium carbide, improving purity. Internal microcracks and stresses are relieved, i...

View product

White Fused Alumina F Grit

1. High purity and stable physical and chemical properties White fused alumina contains ≥99.0% Al₂O₃ and ≤0.3% Na₂O, with very low impurity levels. High-temperature arc fusion produces a complete crystal structure, uniform chemistry and good batch consistency. 2. High hardness an...

View product

White Fused Alumina Microgrit

1. High purity and hardness for strong cutting action White fused alumina micropowder contains ≥99.0% Al₂O₃ with very low impurities. Its Mohs hardness of 9.0 and greater hardness and friability than brown fused alumina provide strong cutting action on hardened steel, alloy steel...

View product

Coated White Fused Alumina

1. High hardness and toughness with improved fracture resistance Coated white fused alumina retains the sharp cutting edges of α-Al₂O₃ crystals. The coating process eliminates internal microcracks and improves fracture resistance. Compared with conventional white fused alumina, m...

View product

Black Fused Alumina

1. Moderate hardness and toughness help prevent scratches Black fused alumina combines moderate hardness and good toughness with the cutting ability of alumina abrasives. It is less likely to scratch workpieces and produces a high polish, particularly on stainless steel and optic...

View product

Black Silicon Carbide

1. High hardness and sharp cutting Black silicon carbide has a Mohs hardness of 9.0-9.3, below diamond and boron carbide, and mechanical strength above alumina. Its sharp, friable grains cut efficiently into material surfaces. 2. Good thermal conductivity and thermal stability Si...

View product

Fused Zirconia Alumina

1. High toughness and excellent fracture resistance Zirconia alumina consists of a eutectic aggregate of α-Al₂O₃ and ZrO₂. Zirconia crystals inhibit crack propagation, providing high toughness and fracture resistance for heavy loads and high stock-removal grinding. 2. Self-sharpe...

View product

Garnet Sand for Sandblasting / Waterjet Cutting

1. Hardness and toughness support reuse With a hardness of 6.5-8.0, garnet is harder than conventional blasting materials such as quartz sand and resists fracture during blasting. Quality grades can be recycled to reduce operating costs. 2. Sharp edges for efficient rust removal...

View product

Green Silicon Carbide

1. High purity and hardness Green silicon carbide generally contains over 99% SiC, higher than black silicon carbide at 97%-98.5%. Its Mohs hardness of 9.2-9.4 exceeds alumina and is below diamond, cubic boron nitride and boron carbide. 2. Sharp, friable grains with good self-sha...

View product

Pink Fused Alumina

1. High hardness with greater toughness than white fused alumina Pink fused alumina has hardness similar to white fused alumina and toughness between white and brown fused alumina. It resists grain chipping during grinding, improving abrasive tool durability and life. 2. Good sel...

View product