Brown Fused Alumina(A)
325mesh 94.5%-95% Al2O3 Brown Fused Alumina for Refractory Material
Product Description Brown fused alumina is produced from bauxite as the raw material, with the addition of anthracite and iron shavings, and is smelted at high temperatures above 2000 degrees in an electric arc furnace. It is then crushed, formed in a self-grinding mill, subjected to magnetic separation to remove iron, and sieved into various particle sizes. It has a dense texture, high hardness, and spherical-shaped particles, making it suitable for manufacturing ceramics,
Brown Fused Alumina Ceramic Media for Polishing Sandpaper for Grinding & Material Processing
Product Description Brown fused alumina is produced from bauxite as the raw material, with the addition of anthracite and iron shavings, and is smelted at high temperatures above 2000 degrees in an electric arc furnace. It is then crushed, formed in a self-grinding mill, subjected to magnetic separation to remove iron, and sieved into various particle sizes. It has a dense texture, high hardness, and spherical-shaped particles, making it suitable for manufacturing ceramics,
Sharp, Wear-Resistant, and Highly Tough Brown Fused Alumina for Cutting Discs
Product Description Brown fused alumina is produced from bauxite as the raw material, with the addition of anthracite and iron shavings, and is smelted at high temperatures above 2250 degrees in an electric arc furnace. It is then crushed, formed in a self-grinding mill, subjected to magnetic separation to remove iron, and sieved into various particle sizes. It has a dense texture, high hardness, and spherical-shaped particles, making it suitable for manufacturing ceramics,
F12-F220 Abrasive Grade Brown Aluminum Oxide for Grinding
Product Description Brown fused alumina is produced from bauxite as the raw material, with the addition of anthracite and iron shavings, and is smelted at high temperatures above 2000 degrees in an electric arc furnace. It is then crushed, formed in a self-grinding mill, subjected to magnetic separation to remove iron, and sieved into various particle sizes. It has a dense texture, high hardness, and spherical-shaped particles, making it suitable for manufacturing ceramics,