fused aluminum oxide powder online manufacture

White Fused Alumina for Refractories White Fused Alumina is made from reduced fusion of high purity alumina powder whose content is Aluminium Oxide(Al2O3). It has very high refractory temperature, acid and ... Read More

Product Description: White Aluminum Oxide is an aluminum oxide powder in white color. It is one of the most popular abrasive materials in the world. The white aluminum oxide has the Mohs hardness scale of 9 and ... Read More

Product Description: White Aluminum Oxide, also known as White Alumina Powder, is a white, odorless powder that is extremely hard and dense. It is produced by melting alumina in an electric arc furnace and is ... Read More

White Fused Aluminium Oxide for Abrasives White Fused Aluminium Oxide(White Fused Alumina) is a synthetic corundum made of reduced fusion of high purity alumina powder and other fillings in electric arc furnace ... Read More

White Fused Aluminium Oxide for Abrasives Its main chemical content is Aluminium Oxide(Al2O3, 99%min), and little Sodium Oxide(Na2O), Ferric Oxide(Fe2O3) and Silicon Oxide(SiO2). Because of its high content of ... Read More

Product Description: White Aluminum Oxide is a white powder made of Aluminum Oxide, a chemical compound of Aluminium and Oxygen. It has a Mohs Hardness of 9, and the particles are in a white color. Its crystal ... Read More

Al2o3 F24 Fused Pink Aluminum Oxide Blast Media supply ability supply ability 2000 Tons/month packaging & delivery packaging details Bags 40 x 25 kgs on a pallet Bags 50 x 20 kgs on a pallet Bulk bags of 1000 ... Read More

Pink Fused Aluminium Oxide Pink Fused Alumina, also called Pink Fused Aluminium Oxide, Chromium Aluminum Oxide, abbreviated as "PA", belongs to the group of artificial corundum. It's made from fusion of high ... Read More

White Fused Aluminium Oxide for Abrasives White Fused Aluminium Oxide(White Fused Alumina) is a synthetic corundum made of reduced fusion of high purity alumina powder and other fillings in electric arc furnace ... Read More