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In the global wave towards sustainable development, traditional industries are undergoing a profound green transformation.

High-purity ferrosilicon, as a low-impurity ferrosilicon alloy, plays an irreplaceable role in deoxidation and alloying processes. Its high purity and compositional stability are the core guarantee for inhibiting inclusion formation and optimizing rolling

By adjusting the silicon content, the properties of the alloy can be precisely controlled to meet the needs of different application scenarios.

Low-iron ferrosilicon alloys have emerged to address this need—with their extremely low iron content, ultra-low impurity levels, and excellent chemical stability, they not only significantly improve the mechanical and oxidation resistance properties of st

The removal of titanium is one of the difficulties in refining high-purity ferrosilicon, because it easily forms a solid solution with silicon and is difficult to separate by conventional methods.

In modern metallurgy, aluminum alloys are widely used in aerospace, automotive, building structures, and electronic equipment due to their lightweight, high-strength, and easy-to-process properties.