Filters Aluminium Foundry production process Filters Aluminium Foundry use polyurethane foam as a carrier, immersed in a slurry made of ceramic powder, binder, sintering aid, suspending agent, etc., and extrudes the excess slurry to make the ceramic slurry evenly coated on the carrier frame to form The green body is then dried and sintered at […]
Liquid aluminum degassing method In order to produce high-quality aluminum castings, foundries must remove excess hydrogen from the molten metal while conducting tests to ensure that this is indeed the case. Liquid aluminum is extremely reactive, so when it comes in contact with moist air or moist tools, the decomposition of water will release hydrogen […]
Ceramic Foam Filter For Casting from China with these following informations for the best choice Foam ceramics are foams composed of ceramics, with porosity as high as 80% to 90%, with tortuous channels and large surface area, which can fully contact with fluids. A lot of research and practice have proved that 0.9), the ceramic […]
Buy Ceramic Foam Filters from China Adtech, you will know its basic principles and be able to use it better. The usual manufacturing method of foam ceramic filter plate is to invade the polyurethane sponge into the ceramic slurry, extrude the excess part, dry, and finally sinter at high temperature to form a three-dimensional porous […]
What is the filtering principle of Foam Furnace Filters? By the gap? wrong! The ceramic filter plate is a new type of filter plate made of industrial sponge as a carrier, filled with heat-resistant ceramics, and then sintered. When the ceramic filter plate filters the aluminum liquid, the aluminum liquid flows through the tortuous holes […]
Metal Foam Filters remove non-metallic inclusions in the aluminum alloy melt, and adopt furnace flux treatment. The technology of ceramic foam filter outside the furnace has been widely used in China. The smelting of aluminum alloy is the first step in the aluminum alloy processing process, and it is also a crucial link. Reflected in […]
