This is one of the alloys of iron produced by us and has a variety of uses ranging from steel products to paints and glass. Our quality control ensures that our products used to produce the end products are error free and of the best quality.
Specification : Descriptions
High Carbon Ferro Manganese Alloy : Mn: 70% to 75%
Si: Upto 1.5%
P: Upto 0.30%
C: 6% to 8%
S: Upto 0.05%
High Carbon Silico : Mn: 60% to 65%
Manganese Alloy : Si: 14% to 16%
P: Upto 0.35%
C: Upto 2%
S: Upto 0.04%
Most Innovative Technology, to Produce the Ferro Alloys, in the Furnace, which is utilizing the Coal Gas or Natural gas rather than utilizing the Expensive electricity and its consumption.
In this Technology, the Gas is used to Produce the Ferro Alloys like Ferro Manganese (Fe-Mn), Silico Manganese (Si-Mn), Ferro Chrome (Fe-Cr) and many more.
This Technology is the Replacement of EAF (Submerged Electric Arc Furnace), which is Power Hungry in its own. We can produce the Low Carbon Products as well, from the same Plant, by lancing the Oxygen through the System.
Brief introduction:
Ferrovanadium which consists of vanadium and iron is widely used in steelmaking as the alloy additive, high-vanadium ferrovanadium could be used as the additive in the non-ferrous alloy. The most commonly used including 40% fev, 60%fev and 80% fev. Ferrovanadium is a significant additive in steelmaking industry, which can enchance the strength, toughness, ductility and heat resisting property of the steel.
Application: ferrovanadium is applicable to act as the tungsten additive in steel smelting or alloy materials.
Product: delivery as lump, the largest lump is no more than 8kg and some of the lumps that its particle size is less than 10*10mm are no more than 3%.
