4 1g cm3 fused aluminum oxide online manufacture

Product Description: Fused Aluminum Oxide Fused Aluminum Oxide, also known as Brown Corundum, is a granular substance composed of Aluminum Oxide. It is a stable material with a melting point of 2250, and a ... Read More

Product Description: Fused Aluminum Oxide is a type of fused alumina, which is a type of fused aluminum oxide. It has a refractive index of 1.76, a brown color, and a chemical formula of Al2O3. It should be ... Read More

Product Description: Black Fused Aluminium Oxide is an advanced material with many uses in industrial applications. It is characterized by its specific gravity of 3.9-4.1g/cm3 and hexagonal structure, giving it ... Read More

Product Description: Black Fused Aluminum Oxide, also known as Black Corundum and Black Fused Alumina, is a synthetic, crystalline material with a hexagonal structure and a black-colored surface. It is a stable ... Read More

Product Description: Fused Aluminium Oxide is a granular material with a brown color. It has a very high refractive index of 1.76 which makes it suitable for optical applications. It has a hardness of 9 Mohs ... Read More

Product Description: Fused Aluminium Oxide, also known as Black Corundum, is a kind of black corundum powder, hardness of 9 Mohs, black color, specific gravity of 3.9-4.1g/cm3, and melting point of 2250. It has ... Read More

Product Description: Fused Aluminum Oxide, also known as Black Corundum or Black Corundum Grits, is an abrasive with a hexagonal structure and a specific gravity of 3.9-4.1g/cm3. This material has a black color ... Read More

Product Description: Black Fused Alumina, also known as Black Aluminium Oxide or Black Corundum, is a kind of abrasive material with a hexagonal crystal structure and extremely high hardness of 9 Mohs. It has a ... Read More

Product Description: Fused Aluminum Oxide, also known as Fused Alumina or Fused Aluminium Oxide, is a brown color, stable material with a melting point of 2250 and a hardness of 9 Mohs. It is available in ... Read More