Ferro Alloy Group

Ferro-Titanium 

Ferro-titanium is an iron-titanium alloy used to produce steels with enhanced mechanical and corrosion-resistant properties. Titanium provides the alloy with high strength and corrosion resistance, making it an essential component for various industrial applications, including aerospace and defense industries.

FeTi70 Product Range

 FeTi70 is one of the standard ferro-titanium grades used for steel alloying. It is available in two main types: standard and low-aluminum content.

 

Standard FeTi70

 

Low-Aluminum FeTi70

    • Ti: Min. 68-74%

    • Al: Max. 4.5%

    • C: Max. 0.2%

    • O: Max. 1.2%

    • N: Max. 0.4%

    • V: Max. 3.0%

    • Si: Max. 0.3%

    • Mn: Max. 0.5%

    • P: Max. 0.02%

    • S: Max. 0.02%

    • Ti: Min. 68-74%

    • Al: Max. 0.5%

    • C: Max. 0.15%

    • O: Max. 1.0%

    • N: Max. 0.3%

    • V: Max. 0.2%

    • Si: Max. 0.1%

    • Mn: Max. 0.5%

    • P: Max. 0.02%

    • S: Max. 0.02%

 

 

 

Ferro-Nickel

Ferro-nickel is an iron-nickel alloy used in the production of stainless steels and other materials that require high corrosion resistance and strength. This alloy is in demand across various industries, such as chemical, food, and aviation, where resistance to extreme conditions is essential.

Applications of Ferro-Nickel

The primary application of ferro-nickel is in the production of stainless steels. These steels are widely used in the food and chemical industries, as well as for manufacturing equipment that operates under high temperatures and in aggressive environments. Additionally, ferro-nickel is used in the production of heat-resistant alloys and some specialized applications, such as batteries and catalysts.

Ferro-Nickel Standards

Ferro-nickel is produced in accordance with various international standards. The most common specifications for ferro-nickel include:

 

FeNi 20-30% (Standard Grade)

 

FeNi 30-35% (Standard Grade)

 

FeNi 40-45% (Standard Grade)

  • Ni: 20-30%

  • Cr: 10-25%

  • C: Max. 0.3%

  • Si: Max. 0.6%

  • Mn:Max.1.0%

  • P: Max. 0.02%

  • S: Max. 0.02%

  • Fe: Remainder

  •  Ni: 30-35%

  • Cr: 10-25%

  • C: Max. 0.2%

  • Si: Max. 1.0%

  • Mn:Max.1.0%

  • P: Max. 0.03%

  • S: Max. 0.03%

  • Fe: Remainder

  • Ni: 40-45% Cr: 10-25%

  • C: Max. 0.3%

  • Si: Max. 0.8%

  • Mn:Max.1.5%

  • P: Max.0.02%

  • S: Max. 0.02%

  • Fe: Remainder

Ferro-nickel with a higher nickel content is typically used for producing stainless steels that require enhanced corrosion resistance. It can also be used as an alloying additive for high-temperature resistant alloys and in some specialized applications.

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