Silicon calcium wire is an additive in steelmaking, which is beneficial to adjust and control the content of easily oxidized elements and trace elements, can significantly increase the alloy yield, reduce smelting costs, shorten smelting time, and accurately control the composition. It can purify molten steel and partially change the properties and morphology of inclusions, improve the quality of molten steel and improve the casting state. It is mainly composed of silicate cement and inorganic reinforcing materials, has excellent crack resistance and durability, and is suitable for crack resistance reinforcement and waterproofing in various building structures.

Silicon calcium wire is an additive in steelmaking, which is beneficial to adjust and control the content of easily oxidized elements and trace elements, can significantly increase the alloy yield, reduce smelting costs, shorten smelting time, and accurately control the composition. It can purify molten steel and partially change the properties and morphology of inclusions, improve the quality of molten steel and improve the casting state. It is mainly composed of silicate cement and inorganic reinforcing materials, has excellent crack resistance and durability, and is suitable for crack resistance reinforcement and waterproofing in various building structures.

It is also an important alloying element used in the manufacture of stainless steels, high-strength low alloy steels (HSLA), aluminium-manganese alloys and copper-manganese alloys. Manganese metal can be produced industrially and almost all of it is used in the steel industry to make ferromanganese alloys. Manganese ferroalloys can be obtained by reducing the appropriate proportions of iron oxide (Fe₂O₃) and manganese dioxide (MnO₂) with carbon (graphite) in a blast furnace. Pure manganese metal can be produced by electrolysis of manganese sulphate (MnSO₄).

Ferro Niobium is a ferrous alloy consisting mainly of Niobium and Iron. It also contains impurities such as aluminium, silicon, carbon, sulphur and phosphorus. Depending on the niobium content of the alloy, it can be classified as FeNb50, FeNb60 and FeNb70. ferroalloys produced from columbite-tantalite ore contain tantalum and are called columbite-tantalum.

Ferrovanadium is a ferroalloy obtained by reducing vanadium pentoxide with carbon in an electric furnace, or by reducing vanadium pentoxide in an electric furnace by the silicothermal method. Ferrovanadium is a ferroalloy consisting of vanadium and iron, and is mainly used as an alloy additive in steel making. High vanadium ferrovanadium is also used as an additive in non-ferrous alloys. Three types of ferrovanadium containing 40%, 50%, 60% and 80% vanadium are commonly used.

FeMo is an iron alloy consisting of molybdenum and iron, generally containing 50-60% molybdenum, and is used as an alloying additive in steelmaking. Ferro Molybdenum is an alloy of molybdenum and iron. Its main use is as a molybdenum additive in steelmaking. Adding molybdenum to steel gives it a uniform fine grain organisation, improves its hardenability, helps eliminate temper brittleness, and alloys with special physical properties. Adding molybdenum to cast iron improves its strength and wear resistance.

Ferro Niobium is a ferrous alloy consisting mainly of Niobium and Iron. It also contains impurities such as aluminium, silicon, carbon, sulphur and phosphorus. Depending on the niobium content of the alloy, it can be classified as FeNb50, FeNb60 and FeNb70. ferroalloys produced from columbite-tantalite ore contain tantalum and are called columbite-tantalum.

Ferro Niobium is a ferrous alloy consisting mainly of Niobium and Iron. It also contains impurities such as aluminium, silicon, carbon, sulphur and phosphorus. Depending on the niobium content of the alloy, it can be classified as FeNb50, FeNb60 and FeNb70. ferroalloys produced from columbite-tantalite ore contain tantalum and are called columbite-tantalum.

Ferro Niobium is a ferrous alloy consisting mainly of Niobium and Iron. It also contains impurities such as aluminium, silicon, carbon, sulphur and phosphorus. Depending on the niobium content of the alloy, it can be classified as FeNb50, FeNb60 and FeNb70. ferroalloys produced from columbite-tantalite ore contain tantalum and are called columbite-tantalum.

FeMo is an iron alloy consisting of molybdenum and iron, generally containing 50-70% molybdenum, and is used as an alloying additive in steelmaking. Ferro Molybdenum is an alloy of molybdenum and iron. Its main use is as a molybdenum additive in steelmaking. Adding molybdenum to steel gives it a uniform fine grain organisation, improves its hardenability, helps eliminate temper brittleness, and alloys with special physical properties. Adding molybdenum to cast iron improves its strength and wear resistance.

FeMo is an iron alloy consisting of molybdenum and iron, generally containing 50-60% molybdenum, and is used as an alloying additive in steelmaking. Ferro Molybdenum is an alloy of molybdenum and iron. Its main use is as a molybdenum additive in steelmaking. Adding molybdenum to steel gives it a uniform fine grain organisation, improves its hardenability, helps eliminate temper brittleness, and alloys with special physical properties. Adding molybdenum to cast iron improves its strength and wear resistance.

FeMo is an iron alloy consisting of molybdenum and iron, generally containing 50-60% molybdenum, and is used as an alloying additive in steelmaking. Ferro Molybdenum is an alloy of molybdenum and iron. Its main use is as a molybdenum additive in steelmaking. Adding molybdenum to steel gives it a uniform fine grain organisation, improves its hardenability, helps eliminate temper brittleness, and alloys with special physical properties. Adding molybdenum to cast iron improves its strength and wear resistance.