Produced by the alumino thermic process, the low carbon ferro manganese that we offer are known for their superior quality. These alloys are widely used in the manufacture of tool steel ( up to 0.4% Mn.) & structural steels (upto 0.6% Mn.). Having high affinity towards combining with sulphur present in steel producing Manganese Sulphide(MnS) which again floats up the metal surface, these products are used as de-oxidizer and hence find their usage in manufacture of 18-8 Austenitic non magnetic stainless steel.

The specifications include:

• Manganese : Mn. : 70-75% / 80-85%
• Carbon : C. : 0.1%/ 0.5/ 1 % Max
• Silicon : Si. : 2-3% / 5% Max
• Aluminium : Al. : 0.7% Max.
• Sulphur : S. : 0.05% Max.
• Phosphorus : P. : 0.05% Max.
• Size : 10 – 100 MM / -60 BSS

Ask us for the detailed specifications.

Medium Carbon Ferro Manganese is widely used in the manufacture of tool Steel ( up to 0.4% Mn.) & structural steels (upto 0.6% Mn.). These medium carbon ferro manganese have high affinity towards combining with sulphur. Used as a de-oxidizer, these medium carbon ferro manganese find their usage in 18-8 Austenitic non magnetic stainless steel.

The specifications include:

• Manganese : Mn. : 70-75% /75-80 %
• Carbon : C. : 1.5% Max.
• Silicon : Si. : 2 %. Max
• Aluminium : Al. : 0.5% Max.
• Sulphur : S. : 0.05% Max.
• Phosphorus : P. : 0.05% Max.
• Size : 10 – 100 MM / -60 BSS.

This high carbon ferro manganese are known for their superior quality and high affinity towards combining with sulphur present in streel producing manganese sulphide (MnS). The different usage of our high carbon ferro manganese includes:

• Manufacture of tool steel ( up to 0.4% Mn.) & structural steels (upto 0.6% Mn.)
• As a de – oxidizer, these are used widely in the manufacture of 18-8 austenitic non magnetic stainless steel.

We trade best quality Silico Manganese &  Ferro Silicon of reputed manufactures only it is used in manufacturing of steel & foundries, these products are also used in making other ferro alloys and in the production of silicon, these are high-temperature resistant & corrosion resistant ferrous silicon alloys that are used in electro motors as well as transformer cores.

We have for our clients our range of ferro manganese manufactured by the alumino thermic process. These products can be supplied in bulk amount depending upon the clients ' requirements. We also assure them of timely delivery of the consignments. The varied usage of ferro manganese includes:

• Manufacturing of Tool Steel ( up to 0.4% Mn.) & Structural Steels (upto 0.6% Mn.)
• Manufacture of 18-8 Austenitic Non Magnetic Stainless Steel.

Manganese has high affinity towards combining with sulphur present in steel producing manganese sulphide(MnS) which again floats up the metal surface.

We manufacture and offer manganous oxide (MNO) that is a colorant using in bodies and glazes, producing blacks, browns, and purples. Offered in different grades, these oxides find their usage in varied industrial applications.

• MnO : 70% 75% 77.5% 80% 84%
• Mn : 54% 58% 60% 62% 65%
• Fe : 8% 6% 6% 5% 5%
• SiO2 : 6% 4% 3.5% 3.5% 3%
• Size : 0-10 MM or -100 BSS

(Apart from the above specifications we can supply above products as per the requirements of actual users)

We manufacture and offer ferro titanium that is used in varied industrial applications. Titanium metal has a high affinity towards oxygen though lower in order than aluminium and zirconium. But along with de oxidation, it has another unique advantage like affinity towards the dissolved nitrogen gas in the molten steel and produces a compound like titanium nitride (TiN) which again floats up the surface of the bath liquid. The dissolved nitrogen is removed by the use of titanium as ferro titanium.=

These ferro titanium alloys are used as de oxidizer, de nitrogenator and alloying element. It combines quickly with carbon & prevents formation of chromium carbide (detrimental) in the manufacture of stainless steel and heat resistant steel to improve its welding qualities and corrosion resistance.

The specifications include:

• Titanium    : Ti. : 30-35% / 35-40% 
• Carbon : C.: 0.1% Max.
• Silicon : Si. : 2-3% / 5% Max
• Aluminium : Al. : 6-8 % Max.
• Sulphur : S. : 0.05% Max.
• Phosphorus : P. : 0.05% Max.
• Size : 10 – 100 MM / -60 BSS.

We manufacture and offer ferro molybdenum that is an alloying addition which sharply raises the mechanical and physical properties of steels. Addition of molybdenum ensures uniform micro-crystalline structure in steel, augments its hardening ability and eliminates post-temper brittleness.

Structural Steels with 0.15 – 0.50 % Mo. possesses greater impact strength and this is especially valuable for manufacture of such details as automobile shafts, gears, rolls etc. Molybdenum is widely used is the manufacture of high speed steels which are used for various cutting instruments like drill pits, milling cutters, cutting tools etc – capable of withstanding high cutting speeds. The other usage includes manufacturing of heat – resistant & acid resistant, stainless steels & cryogenic steels.

The specifications include:

• Molybdenum : Mn. : 60-65%
• Carbon : C. : 0.1% Max
• Silicon : Si. : 2% Max.
• Sulphur : S. : 0.05% Max
• Phosphorus : P. : 0.05% Max
• Size : 10 MM – 100 MM

Ferro Aluminium metal casting as Stars, Notched Bars, Ingots are usually thrown to the molten steel bath for the purpose of de – oxidation. Aluminium instantly melts and reacts with dissolved oxygen to produce insoluble aluminium oxide and floats up the surface of the molyen steel bath making the bath oxygen free, but partly.

Actually, the use of aluminium alone has shown many problems of proper degassing of the whole liquid mass top to bottom. Because aluminium is very lighter compared to liquid iron, it can not sink (settle) in deeper regions of the molten steel bath in the ladle. So these deeper regions do not get properly gassed off oxygen and hence the improperly deoxydised steel rather unusable for may purposes.

This problem is usually overcome by alloying aluminium with Iron which makes much heavier enough to sink to the deepest region of the molten steel bath in the ladle, thus degassing the whole mass of the bath perfectly and properly. This alloy of iron & alumnium is ferro aluminium.

• Aluminium : Al.: 30-35 / 35-40 % Min.
• Carbon : C.: 0.1%
• Silicon :Si.: 0.5% Max.
• Size : 60mm x 60mm x 30mm

We offer a premium quality of Aluminum Bar that are best suitable for diverse industrial usage. We as a trusted industrial raw material manufacturer offer variety of ferro aluminum alloys in different standards / grades / temper & sizes. Apart from standard range, we can manufacture alloys are per client's need.

Aluminum Bar we offer is available in in different specifics like:

Grades : 6063,6351,6101,3003,6082,2014

Temper MM

      * T4511, T3511, T4, T3
      * T4, T3 301-350 251-300
      * T4, T3 351-380 301-320
      * T6 151-300
      * T6 301-380
      * T6 381-400
      * T6 401-450
      * T6 151-300
      * T6 301-350
      * T6 351-400

Sizes : WIDTH X THK Length max

      * 10-250x20-400 2500
      * 10-300x20-400 2000
      * 10-50x20-310 6000
      * 10-150x20-400 3650
      * 10-250x20-400 3000
      * 10-50x20-310 6000
      * 10-150x20-400 3650
      * 10-50x20-310 6000
      * 10-150x20-400 3650
      * 10-250x20-400 3650
       

Because of its ability to increase the Strength and Plastic Properties of Steel as well as to raise the latter???s resistance to attrition and impacts ??? Vanadium is widely used in the production of various Structural, Tools, & Spinning Steels. As a rule, Vanadium is introduced in combination with Chromium, Nickel, Molybdenum, Tungsten &  other Alloying elements. It has an use in Defence Production in making Armour Plates used in Tanks. Vanadium is used in High Speed Steels, Hot Extrusion Tools & Die-Steels & as a Grain Refiner.