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To minimize nozzle clogging in aluminum caster operations, control the factors that restrict molten-metal flow: excessive oxide inclusions, deposits inside the caster tip, unsuitable tip materials, temperature...
To purify aluminum for casting, manufacturers must identify the impurities in the melt and select the appropriate treatment. Degassing removes dissolved hydrogen, filtration removes nonmetallic inclusions,...
Continuous casting nozzles are components that help deliver or control material flow during continuous casting, but the term covers different products with different purposes. In steelmaking, it often...
A high-temperature ceramic filter for aluminium casting must be designed for contact with molten aluminum, not simply described as a refractory ceramic product. The correct choice depends on the filter’s...
AdTech China successfully concluded its participation in ALUMINIUM 2026, held from October 6 to 8, 2026, at Messe Düsseldorf, Germany. At Booth 6M18, AdTech welcomed customers and industry professionals...
An integrated launder system for aluminum casting is more than a refractory-lined channel for moving molten aluminum. It is a controlled transfer system that connects furnaces, holding or treatment equipment,...
Rotary degassing is a molten aluminum treatment process that uses a rotating rotor or impeller to disperse an inert gas, usually nitrogen or argon, into liquid aluminum. The resulting fine gas bubbles...
Furnace cleaning flux is used to remove accumulated oxide and other deposits from the bottom and inner walls of aluminum melting and holding furnaces. It is different from a conventional refining flux,...
Automating aluminum melt refining can help foundries reduce repetitive manual work around the furnace while making flux injection more controlled and consistent. Instead of relying entirely on an operator...
A phosphate-free ceramic foam filter is a ceramic foam filter designed for molten aluminum filtration without relying on phosphorus-based additives in its formulation. Its purpose is still the same as...