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Launder Segments For Aluminium Casting will be connecting the customer’s existing gas fired aluminum melting furnace to three new electric resistance aluminum holding furnaces located at their three diecast machines. The launder eliminates equipment and manpower costs, as well as the inherent dangers, associated with transferring molten aluminum from the melting furnace to the three […]

The upstream enterprises in the alloy element additives industry are mainly metal raw material suppliers. The company mainly directly purchases pure metal materials and makes powders such as electrolytic manganese, electrolytic aluminum, and metallic silicon, or directly purchases metal powder materials such as metallic iron powder and metallic aluminum Powder and other deep processing. The […]

Nearly 85% of the total aluminum consumed is in the form of aluminum alloys. When smelting aluminum alloy, various metal additives need to be added to make aluminum alloys with different compositions and models to meet different performance requirements. Commonly used elements are silicon, iron, copper, manganese, titanium, magnesium, chromium, tin, boron, rare earth, etc. […]

The flux for melting aluminum is a solid substance used in aluminum foundries (usually a mixture of chloride and fluoride salts), the purpose is to reduce the oxidation of the melt, minimize the penetration of hydrogen in the atmosphere, and absorb the suspended in the melt Non-metallic inclusions, keep the furnace/ladle clear of accumulated oxide […]

AdTech offers Rotary Degasser and flux for molten aluminum degassing. In the rotary degassing method, inert or chemically inert gases (argon, nitrogen) are removed through the rotating shaft and rotor. The energy of the rotating shaft leads to the formation of a large number of fine bubbles, thus providing a very high surface area to […]

Flux degassing of molten aluminum alloys is a casting process designed to remove hydrogen dissolved in the melt. Liquid aluminum will actively dissolve hydrogen, which is formed by chemical reaction with water vapor: 2Al + 3H2O = Al2O3 + 6H The solubility of gaseous hydrogen at the melting point of liquid aluminum (1220.7°F / 660.4°C) […]

Alumina ceramics are the most widely used advanced ceramic materials. Due to its highly strong bond between ionic atoms, alumina provides good performance in terms of chemical and thermal stability, relatively good strength, thermal and electrical insulation characteristics at a reasonable price. With a series of purity and relatively low cost in raw material production, […]

Ceramic foam filter is a new type of industrial ceramic product with low bulk density (0.25~0.65) g/cm3, high porosity (60%~90%) and three-dimensional network structure. It is important for molten metal filtration equipment. Because ceramic foam has excellent properties, such as high temperature resistance, strong chemical resistance and large surface area caused by high porosity, Molten […]

Ceramics are rarely completely dense, because in most cases, holes cannot be completely avoided. In fact, the existence of pores is one of the main factors affecting the service life of most convection ceramic products (such as tableware, sanitary ware and ceramic tiles). However, on the other hand, Porous Ceramics Filtration can be used in […]

Aluminum and its alloys oxidize readily in both the solid and molten states to provide a continuous self-limiting film. The rate of oxidation increases with temperature and is substantially greater in molten than in solid aluminum. The reactive elements contained in alloys such as magnesium, strontium, sodium, calcium, beryllium, and titanium are also factors in […]