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Ferroalloys serve as crucial raw materials in foundry metallurgy, performing the following functions:
Deoxidizing and purifying the iron and steel smelting system
Supplying alloying...

Ferrosilicon in various specifications including FeSi75, FeSi72, and FeSi70
Customized particle size and packaging formats upon request
Technical support and application...

Carbon silicon carbide features high hardness, strong wear resistance, excellent high-temperature resistance, good stability, low susceptibility to cracking, and stable chemical properties.

carbon ferro manganese is a conventional manganese-based alloy that provides stable manganese supplementation and rapid melting absorption, making it suitable for alloying carbon steel and...

Ferro-silicon alloy is primarily used in steelmaking and casting to deoxidize, purify molten steel, and enhance the properties of steel products.

Calcium silicon block serves as a metallurgical additive in steelmaking and casting, functioning as a composite deoxidizer to enhance molten iron fluidity and improve iron leveling properties.

Ferro silicon with silicon content exceeding 87% is classified as high-silicon ferro silicon, exhibiting significant differences from ordinary ferro silicon in composition, properties,...

Elemental Content:
Manganese (Mn): 60–70%
Silicon (Si): 10–20%
Carbon (C): 1.5–2.5%
Iron (Fe): Balance

Elemental Content:
Manganese (Mn): 60–70%
Silicon (Si): 10–20%
Carbon (C): 1.5–2.5%
Iron (Fe): Balance

Ferrosilicon is produced by smelting in an electric arc furnace using coke, steel scrap, and quartz (or silica sand) as raw materials.

Ferromanganese is an iron alloy with iron and manganese as its main components.

HC ferro manganese is an iron alloy with high manganese and carbon content. Its primary function is to supply manganese to steel smelting while also serving as a deoxidizer and desulfurizer.