Foundry Filtration requires good chemical stability and excellent filter function, especially for the collection and absorption of 1~10um small impurities and filter residue. The three-dimensional structure can improve the quality of castings on a large scale by changing the molten metal from turbulent flow to laminar flow, removing gas and smoothing the casting. Alumina Ceramic […]
Molten Filtration is used to filter and purify molten aluminum, with light weight, durability, and excellent heat resistance. In the manufacturing process of aluminum foil, related castings and aluminum plates, the Alumina ceramic foam filter we provide is widely used. Foam Filter Manufacturers provide high-quality Foam Ceramic Filter, and we have won a huge customer […]
Filter Casting effectively removes large inclusions in molten aluminum, absorbs micro-inclusions in particles, improves product performance and microstructure, and is widely used in aluminum alloy casting and other production areas. Square porous alumina ceramic foam filter with high purity alumina or fused silica. It is insoluble in molten aluminum at 800°C or lower, and is […]
Ceramic Foam Filter Uses for Casting has the characteristics of high temperature resistance, corrosion resistance, molten metal corrosion resistance, high strength, high pass rate, and large surface area. Ceramic Foam Filter is mainly used in the field of metallurgy and cast aluminum alloy liquid filtration. The flow of the molten metal mixture through the Adtech […]
Ceramic Filtration for Casting is used for casting filtration of aluminum ingots, aluminum square ingots, aluminum rods, and aluminum wire rods. It has excellent stability and thermal shock resistance. The complexity of the filter will not be destroyed during the casting process. Because of their excellent resistance to molten aluminum erosion and corrosion, they can […]
Casting Filter for Casting is mainly used for filtering aluminum and aluminum alloys in foundries and foundries, and can effectively remove inclusions, reduce trapped gas and provide laminar flow, and then the filtered metal is significantly cleaner. Cleaner metals can produce higher-quality castings, fewer scraps and fewer inclusion defects, all of which help increase profits. […]
