Brown fused alumina is mostly utilized as a recyclable abrasive. Alumina is frequently used in blasting processes when it is prohibited to have iron contamination on non-ferrous metal substrates because of its low iron content. Aluminum oxide, which cleans quickly, is an extremely tough and cutting abrasive. Scale, rust, and outdated coatings can be removed while still leaving an anchor profile. It is utilized for refractory reasons as well as for ceramic grinding wheels, polishing, and grinding.
High-quality bauxites are reduced fused to create brown fused alumina in electric arc furnaces. It is an excellent abrasive grain for uses including grinding wheels, sandpaper, blasting media, metal preparation, lapping, and polishing because of its great strength, hardness, and robustness.
It is an excellent raw material for refractory applications because of its thermal characteristics. This product can be used to create refractory materials such as firebrick and castable by ramming various materials, charges, abrasives, sandblasting, grinding, and polishing.
As the bottom medium of filter beds for the purification of drinking water or wastewater as well as for water filtration materials, granular abrasives are used both domestically and globally. For non-ferrous metal dressing, such as weighting agents in oil drilling mud, these compounds are ideally suited.
Abrasives are used as the cutting medium in the safe, secure cutting method known as hydraulic cutting, which also uses high-pressure hydraulic jets for basic cutting operations on materials such as steel, oil (natural gas) pipelines, and other items.
It is used to create molds for glass, copper, aluminum, and even washed denim. The optimal sandblasting material for “environmental protection” has a high packing density, no free silicon dioxide, a substantial ratio, and strong toughness. It also has a mild abrasive hardness.
Advanced domestic grinding materials, such as kineshoon, optical glass, monocrystalline silicon, lenses, clock glass, crystal glass, jade, and other materials, frequently employ grinding grade abrasives for free grinding;