Iron Ferro Titanium

Ferro Titanium doesn't just appear out of thin air! Creating this powerful alloy involves some fascinating metallurgy. The journey usually starts with two main ingredients: Ilmenite or Rutile (titanium-rich minerals, essentially rocks) and Scrap Iron or Iron Ore. The most common way to make it is using the Aluminothermic Process – a reaction that's as dramatic as it sounds! Imagine a giant, super-hot barbecue. Producers mix finely ground titanium mineral (like ilmenite) with aluminum powder (as the reducing agent) and iron sources (scrap or iron oxide) in a sturdy refractory-lined furnace. They ignite the mixture. The aluminum desperately wants to bond with oxygen, so it rips the oxygen away from the titanium oxide in the mineral. This incredibly energetic reaction generates massive heat (over 2000°C or 3600°F!), melting everything down. The freed titanium immediately dissolves into the molten iron, while the leftover aluminum oxide forms slag (a waste layer) on top.

Once the fiery reaction subsides and everything cools, they break open the furnace. Inside, they find a solid, dense "button" or lump of Ferro Titanium alloy beneath the slag crust. This lump is then crushed or processed into chunks or granules suitable for adding to steel furnaces. Other methods exist, like melting pure titanium scrap with iron in an electric arc furnace, but the aluminothermic process is a classic workhorse for producing large quantities of this essential additive. It's literally born from fire!

A: Buyer send enquiry →get quotation → order confirmation→ Buyer arrange 30% deposit → Production started upon receipt of deposit→ Strict inspection during production → Buyer arrange balance payment→ Packing → Delivery as per trade terms

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