The refining agent has a very good cleaning effect on the metal solution. It is a detergent for ladle and other tools. After washing, it will greatly help improve the quality of ingots and castings. At the same time, the refining agent can also reduce metal burnout and increase The service life of the tool. The refining agent is mainly used for aluminum alloy refining and solution coverage. After refining, the gas content and slag content of the metal solution are significantly reduced, thereby meeting industrial needs. What is the scope of use of specific refining agents? Here is a detailed introduction for everyone.

The refining agent is used for solution dissolution and slagging. The solvent is relatively coarse powder or fine particles. It is used to add a variety of substances to the extrusion raw material to dissolve and adsorb other impurities. When the refining agent is added, only impurities will sink slowly, and at the same time it will dissolve and adsorb the oxides and gases in the metal solution, and play the role of slag removal, which is very important for the smelting of aluminum alloy.

The refining agent produced is suitable for the production of aluminum alloys. Adding a certain amount of chemical compounds to this technology can further enhance the diffusion performance, surface tension and chemical stability of the solvent. Sprinkling the refining agent on it can isolate the solution from the air, thereby reducing the oxidation and combustion of the metal and the melting process.

The refining agent is used in the production and smelting of aluminum and aluminum alloys. This material has strong surface tension, is not easy to break, has good protection effect, and has a long duration. It has a strong adsorption effect on hydrogen oxidation inclusions in the solution and is not easy to produce solvents. Impurities. The refining agent has the characteristics of strong cleaning power, covering, and low melting point. The refining agent should be added according to the situation, so as to have the corresponding effect.