In the chain of modern chemical engineering and materials science, industrial silicon, though often operating behind the scenes, is the source of many high-performance silicone products.
In modern metallurgical industry, stainless steel, with its excellent corrosion resistance, good formability, and long service life, is widely used in medical devices, food processing, energy equipment, and even high-end construction.
High-purity ferrosilicon—a ferrosilicon alloy with impurities such as aluminum and calcium strictly controlled at extremely low levels—has become an indispensable "performance multiplier" in special steel smelting due to its excellent compositional stabil
In humanity's journey towards a green energy and digital intelligence era, a seemingly simple yet crucial material has remained hidden behind the scenes—industrial silicon.
In the smelting of high-end metallic materials, the "cleanliness" of molten steel often determines the upper limit of the final product's performance.
As a key raw material with a silicon content of no less than 98%, industrial silicon is widely used in the production of silicon-aluminum alloys, organosilicon, and new energy materials.