AdTech Aluminium Drossing Fluxes is white powdery fine particles, the main components are chloride salt and fluoride salt, and other compounds. After proper heating treatment and sieving, the particle size is uniform. It can be carried out with gas in a refining tank. It can also be sprayed directly into the surface of the molten […]
Aluminum is a very active metal, which easily reacts with water vapor during the smelting process to generate hydrogen and oxide inclusions (Al2O3). These non-metallic inclusions are very harmful to the performance of aluminum products. Therefore, the purification of aluminum melt is one of the main ways to improve the quality of aluminum products. The […]
Flux purification for molten aluminum is an important part of melt purification. It is one furnace purification method, is the basic guarantee for melt purification. When the flux acts on the surface of the aluminum melt, the flux will absorb the scum on the surface of the melt and play a role in removing slag. […]
Deslagging Flux has the ability to absorb inclusions to float to the surface of the molten aluminum and form dry slag. The compound in the flux reacts with the impurities in the aluminum liquid, so that the oxide becomes more stable, and it is easy to generate high-temperature oxides with a smaller affinity for molten […]
Multi-function refining flux is an important auxiliary material in aluminum alloy smelting. At present, the main components of flux on the market are chloride and fluoride. Among them, chloride has a strong water absorption and is easily affected by moisture. Therefore, the raw materials used for flux production must be dried, water must be completely […]
Aluminum alloy smelting is one of the most important process links for the production of high-quality casting rods. Flux refining process for aluminum is an important process in aluminum alloy smelting. The main components of fluxes currently on the market are chlorides and fluorides. If the process is not properly controlled, slag, pores, coarse grains, […]
