Recently, a groundbreaking Highly compatible Common refining agent has been launched in the metal materials field. By integrating multiple functional modules, it provides a full-scenario compatible solution for steel, aluminum, and non-ferrous metal smelting. This refining agent is based on a metallic solvent and enhances the dissolution efficiency of metal melts through molecular-level diffusion technology. It is particularly suitable for uniformizing the composition of complex alloy systems. Its core formula incorporates an aluminum displacement agent, which precisely removes alkali metal impurities (such as sodium and lithium) from the aluminum liquid through displacement reactions, while optimizing the interfacial tension and reducing the risk of secondary oxidation.
In the aluminum alloy processing scenario, this refining agent achieves the directional adsorption of hydrogen content in the molten material and the agglomeration of inclusions through the synergistic effect of aluminum alloy fluxes, significantly improving the density and surface finish of the castings. Compared to traditional single-function products, its compatible design can seamlessly connect multiple processes such as casting, rolling, and extrusion, avoiding efficiency losses caused by frequent changes of additives. Industry experts point out that this modular design not only reduces the storage and management costs of enterprises, but also realizes stable performance output under high-temperature conditions through the low melting point characteristic of the metallic solvent. Currently, this product has completed process verification in fields such as battery shells for new energy vehicles and aerospace structural components, promoting the upgrading of metal refining towards intelligence and greenness.