Application: Improving the strength and hardness of aluminum alloys can also enhance their corrosion resistance, adjust their various properties such as thermal expansion coefficient, thermal conductivity, magnetic permeability, etc., improve their malleability,make them easier to process and shape, and also enhance their deformation resistance and corrosion resistance.

Application: Improve the performance of hot and cold pressing processes, promote the occurrence of alloying and hardening, form stable sulfides, refine grain size, increase the determination of orientation, and enhance the strength of the alloy. Improve the fluidity of aluminum alloys, reduce their melting point and solidification shrinkage, suppress the formation of perforation and corrosion of aluminum alloys, and enhance their corrosion resistance.

Application: Improving the mechanical properties and wear resistance of aluminum alloys, their heat resistance is very good. Improve the tensile strength, toughness, and fatigue performance of aluminum alloys, effectively remove trace metal impurities that affect conductivity, reduce electrical resistivity, and improve product elongation.

Application: It can refine the eutectic silicon phase, thereby improving the mechanical properties of the alloy, such as increasing tensile strength and elongation. Make the metal compound finer, thereby improving the plasticity and strength of the alloy. It can optimize and refine the morphology and distribution of eutectic silicon, thereby improving the mechanical properties of the alloy and enhancing its corrosion resistance.