Melting Aluminum Metal Foam Filter can filter micro-oxidized inclusions with good effect and low cost. Easy to use. Suitable for all kinds of molten aluminum and aluminum alloy. The result shows The yield rate of 3003 alloy printed boards increased by 9% The average weight between the broken ends of the 1145 alloy capacitor aluminum […]
Melting Aluminum Honeycomb Ceramic Filter from AdTech Metallurgical Materials Co., Ltd has been focusing on research, development, production and marketing of the adhesive ceramic foam filter(CFF) for aluminum alloy casting Since 2012. The technology of AdTech’s ceramic filter has been widely approved by the market, applied for producing multiple series of aluminum alloys products, such […]
Melting Aluminum Foam Casting Aluminum is originally developed for forging aluminum alloy. These forged aluminum alloys require strict cleanliness to meet strict product applications, such as aluminum cans and lids, aluminum foil, aircraft extrusion materials, memory boards, forging materials, and metal wires. The molten aluminum can only flow through the tortuous mesh of the filter […]
Melting Aluminum Honeycomb Filter is mainly used to filter aluminum and aluminum alloys in foundries and foundries. Due to its excellent resistance to corrosion and corrosion of molten aluminum, it can effectively remove inclusions, reduce trapped gas, provide laminar flow, and significantly clean the filtered metal. Cleaner metals can produce higher quality castings, less scrap […]
Melting Aluminum Foam Ceramic Filter can effectively remove the mixture of solid and molten metal, so it can successfully forge aluminum alloys and manufacture aluminum foils. The extrusion processing technology is perfect aluminum products. Foam Ceramic Filter is specifically designed for cast metal. Due to the formation of “cakes” on the side of the inlet […]
Foundry Hydrogen Degassing is a rotating rotor that breaks the nitrogen (or argon) blown into the aluminum melt into a large number of dispersed bubbles, which are dispersed in the molten metal. The bubble uses the gas partial pressure difference and the principle of surface adsorption to adsorb hydrogen and oxidized slag in the melt. […]
