Foam Ceramic Filter Grundartangi Aluminium can resist the erosion and corrosion of molten aluminum, and provide high-quality, clean aluminum products, reducing waste and inclusion defects in the aluminum casting process, all of which help increase profits. Uses of aluminum Aluminum is one of the most useful metals in the world. Pure aluminum is mainly used […]
Foam Ceramic Filter Straumsvik Aluminium uses high-quality, high-purity materials, a unique formula and advanced environmental protection technology. The three-dimensional network structure is uniform, high strength, stable texture, no slag, high temperature resistance, and strong thermal shock resistance. Excellent performance, suitable for cleaning and filtering high-temperature aluminum and aluminum alloy solutions. It can filter non-metallic slag […]
Foam Ceramic Filter Isal Aluminum has no debris falling off, effectively reducing aluminum liquid pollution. The principle of adsorption is applied to the filter, which can effectively remove large inclusions in molten aluminum and effectively adsorb small inclusions. Superior thermal shock resistance improves the erosion resistance of molten metal. Fully automatic flow production, 3 kinds […]
Foam Ceramic Filter Icelandic Aluminum is used to purify the molten aluminum in the aluminum plate melting and casting workshop, remove large inclusions in the molten aluminum, and adsorb micron-sized particles of fine inclusions. The internal winding path is used to filter and purify the aluminum melt and purify the aluminum alloy liquid. After filtration, […]
Foam Ceramic Filter Nordural Smelter has an open cell structure and several interconnected cavities surrounded by a ceramic fiber network. The porous structure of the filter helps to filter molten metal. Pour the molten metal into the ceramic foam filter to remove the solids entrained in the molten metal. The quality of Foam Ceramic Filter […]
Foam Ceramic Filter Fjardaal Alcoa removes various forms of non-metallic slag and coarse intermetallic composite particles through the aluminum smelting process. The content, shape and distribution of inclusions in the alloy are important factors affecting its plasticity. Large particles of inclusions make the block structure discontinuous, reduce the air tightness of the material, and become […]
