Ferro Titanium Dealers in Mumbai

• Application: Industrial

Description Ferro Titanium is a ferro alloy that is made of elements, such as titanium and iron, with occasional trace carbon. In the induction furnace, titanium bearing material along with iron or steel is melted to obtain Ferro Titanium. It forms insoluble compounds by reacting with sulfur, carbon, oxygen and nitrogen. This ferro alloy has high strength, low density and good resistance against corrosion. Several titanium bearing materials are titanium scrap, leucoxene, rutile, titanium sponge, ilmenite, etc. Ferro titanium of several grades and specifications are produced ny either melting the titanium bearing material in induction furnace or by aluminothermic method. Different grades can be produced, each has specific applications, for instance: 20-25% Ti is meant to be used in foundries 35-40% Ti for welding 70% Ti for SS production Applications It is used in steel and stainless steel processing units for the production of low carbon steels and as a stabilizer to prevent formation of chromium carbide at grain boundaries. It is used as additives in the production of special steel and flux-cored wire. It finds use in military as well as commercial aircrafts. It is used in products, like varnishes, lacquers and paints. It can be added to the molten metal together with titanium in foundry to impart strength to it without changing other ratios.   SPECIFICATION:- Ti : 30-35% / Ti : 68 -72 %

• Application: Industrial
• Titanium, Ti: 30%
• Silicon, Si: 3%
• Carbon, C: 0.1%
• Phosphorus, P: 0.1%
• Sulfur, S: 0.06%

Buyers are free to place orders, safe and timely deliveries are guaranteed with us. As we promise to offer quality approved products to the clients, we make use of only high-grade raw materials selected from one of the best sources present in the market.

• Color: Grey
• Form: Lumps
• Titanium: 68% to 74%,
• SI: 3.00%
• Origin: India/China

Uses Ferro Titanium 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.