Industry Application

Zhen an product application

for the steel industry

Ferroalloys control the deoxidation, alloying, spheroidization, insulation and regulating properties of molten steel and are indispensable functional materials in the steel smelting process.

For-Steelmaking

Choose our ferroalloys for your steel

Ferroalloy products are widely used in the steel industry as deoxidizers to improve the purity of steel, adjust composition and improve performance to ensure the quality and application range of steel. Different alloy product selections depend on the specific steel properties required and application requirements.

Ferrosilicon is a commonly used deoxidized iron alloy whose main components are iron and silicon. Ferrosilicon can react with oxygen in molten steel to generate silica slag to achieve deoxidation of molten steel. Ferrosilicon can also increase the hardness and strength of steel and is often used in the production of alloy steel and stainless steel.

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Ferro Silicon Manganese is an alloy containing iron, silicon and manganese. It can not only play a deoxidizing role, but also reasonably distribute the manganese element in the molten steel, improving the strength and wear resistance of the steel. Ferrosilicon manganese is often used to produce high-strength steel, wear-resistant steel, etc.

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Ferrovanadium is an alloy containing iron and vanadium. Ferrovanadium can not only be used as a deoxidizer to remove oxygen from molten steel, but can also adjust the structure and properties of steel. The addition of ferrovanadium can improve the strength, hardness and heat resistance of steel and is widely used in the automotive, aerospace and energy industries.

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Ferro Titanium is an alloy containing iron and titanium. As a deoxidizer, ferrotitanium can remove oxygen from the molten steel. At the same time, the titanium element can also combine with the carbon in the steel to form titanium carbide, which improves the hardness and wear resistance of the steel. Ferrotitanium is often used to produce high-strength alloy steel and wear-resistant steel.

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special-steel

Choose our ferroalloys for your steel

When added in appropriate amounts during steel smelting, ferroalloy products can form hard compounds by reacting with carbon or other elements in the steel, thereby improving the hardness, strength and wear resistance of the steel. The specific hardener used depends on the required performance requirements of the steel and the smelting process conditions.

Ferrovanadium is an iron alloy containing vanadium, usually containing more than 40% vanadium. Ferrovanadium is widely used as a hardener, which can significantly increase the strength, hardness and wear resistance of steel. Vanadium forms compounds that strengthen steel, increasing its tensile strength and durability.

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Ferrotitanium is an iron alloy containing titanium, usually 10% to 30% titanium. Ferrotitanium is used as a hardener to increase the hardness and wear resistance of steel. Titanium can combine with the carbon in the steel to form titanium carbide, thereby increasing the hardness of the steel.

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Ferrotungsten is an iron alloy containing tungsten, usually containing more than 70% tungsten. Ferrotungsten is widely used as a hardener, which can significantly improve the hardness, wear resistance and high temperature resistance of steel. Tungsten’s high melting point allows steel to maintain high strength and hardness in high-temperature applications.

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Ferrochromium is an iron alloy containing chromium, usually more than 50% chromium. It is widely used as a hardener, which can significantly improve the hardness and wear resistance of steel. Chromium increases the hardness of steel by forming chromium carbide with the carbon in the steel, and can improve the corrosion resistance of the steel.

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For-Steelmaking

Choose our ferroalloys for your steel

Ferroalloys are used as grain refiners in steel smelting. By reacting with elements in the steel, they inhibit the growth of grains and the recrystallization of grains, thereby making the grain size of the steel smaller and more uniform, and improving the strength of the steel. Toughness, impact toughness and other mechanical properties. The specific grain-refining product used depends on the performance requirements of the required steel and the smelting process conditions.

The vanadium element in ferrovanadium can promote the refinement of grains in steel. Vanadium can form stable compounds with carbon and nitrogen in steel to inhibit the growth of grains, thereby improving the grain structure of steel and improving the toughness and impact resistance of steel.

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The titanium element in ferrotitanium can also play a role in refining the grains. Titanium can form compounds with oxygen, carbon and nitrogen in steel, hindering the growth of grains and making the grain size smaller, thus improving the toughness and impact toughness of steel.

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For-Steelmaking

Choose our ferroalloys for your steel

As an alloying agent, ferroalloys add specific elements to steel to change the chemical composition of the steel, thereby adjusting the properties of the steel. The specific alloying agent used depends on the performance requirements of the required steel and the smelting process conditions.

Ferrovanadium is an iron alloy containing vanadium, usually containing more than 40% vanadium. It is widely used as an alloying agent to increase the vanadium content in steel. Vanadium increases the strength, hardness and wear resistance of steel, while also helping to improve its toughness and impact toughness.

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Ferromolybdenum is an iron alloy containing molybdenum, usually containing more than 50% molybdenum. It is used as an alloying agent to increase the molybdenum content in steel. Molybdenum increases the strength, hardness and wear resistance of steel, while also helping to improve its high-temperature strength and corrosion resistance.

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Ferrotitanium is an iron alloy containing titanium, usually 10% to 30% titanium. It is used as an alloying agent to increase the titanium content in steel. Titanium can improve the toughness, impact toughness and welding performance of steel, while also improving the high-temperature strength of steel.

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Ferrochromium is an iron alloy containing chromium, usually more than 50% chromium. It is used as an alloying agent to increase the chromium content in steel. Chromium improves steel’s corrosion resistance and high-temperature properties, while also helping to increase its hardness and strength.

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Zhen an product application

for foundry industry

Metallurgical materials are used in the foundry industry. Metal silicon and Ferro alloys serve as spheroidizing agents, alloying agents and inoculants during the casting process, which can optimize the structure and performance of castings.

cast iron

Choose our Matal silicon for your iron

Metal silicon is an important nodulizing agent for the production of spheroidal graphite cast iron, which can “fundamentally change” the structure of cast iron and give it excellent comprehensive properties.

In the production process of pig iron or cast iron, adding an appropriate amount of metallic silicon can make the graphite exist in a spherical shape, thus improving the mechanical properties of the casting, especially the impact toughness and elongation. This effect is called spheroidization.

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Choose silicon metal powder for your metallurgical project

Choose our ferroalloys for your metal castings

Various ferroalloys such as ferrochromium, ferromanganese, ferromolybdenum, etc. can be used as alloy elements in alloy cast iron to give castings special mechanical properties, heat resistance, corrosion resistance and other properties.

Metal silicon can be combined with iron to form an iron-silicon alloy. Iron-silicon alloy can not only improve the hardness and wear resistance of castings, but also improve the heat resistance and oxidation resistance of castings.

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Vanadium can refine carbides and nitrides in steel, improving strength and hardness. Vanadium can form stable intermetallic compounds and inhibit the growth of austenite grains.

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Molybdenum can improve the high-temperature strength of steel and enhance its resistance to deformation during hot working. Molybdenum can also increase the cryogenic quenching hardness and heat-resistant strength of austenitic steel.

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Tungsten can greatly improve the hardness, compressive strength and red hardness of steel, and enhance wear resistance and heat resistance. Tungsten’s high melting point also increases the high-temperature strength of steel.

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Chromium can form very hard chromium carbide, which greatly improves the wear resistance and heat resistance of castings. Chromium can also increase the oxidation resistance of castings.

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steel-making

Choose our ferroalloys for your cast iron project

When producing ductile iron or high-silicon cast iron, it is necessary to add a small amount of iron-silicon, iron-titanium and other iron alloys as inoculants to help form spherical graphite.

Silicon can reduce the surface tension of molten cast iron, which is beneficial to the nucleation and growth of graphite. Silicon also prevents the formation of excessive carbon inclusions. An appropriate amount of silicon is beneficial to the formation of spherical graphite.

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Titanium compounds are excellent heterogeneous cores that can efficiently induce the formation of spherical graphite nuclei in the melt. Titanium can also refine the grains of other phases.

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