Hlau Ferrotitanium Export Zoo

Siab ferrotitanium yog ib feem tshwj xeeb siv hlau alloy, tsuas yog siv los ua ib tug neeg sawv cev sib piv, deoxidizer thiab Degasser hauv cov hlau smelting. Tam sim no, muaj ob txoj hauv kev rau smelting siab titanium hlau: ib qho yog siv pov tseg cov khoom siv remelting rau smelt siab titanium. Cov tshuaj lom neeg muaj kuab lom (qhov hnyav%) ntawm cov khoom yog Ti65 ~ 75%, A1<5.0%, Si<0.5%, C≤0.3%, P≤0.05%, SS0.04%, Mn≤1%, and the oxygen content is close to 2%. The high titanium iron smelted by this method uses waste titanium as the main raw material. Due to the limited source of waste titanium and the high price, the production cost is extremely high and it is difficult to meet the market demand.

Lwm txoj hauv kev siv rutile raws li cov khoom siv raw thiab adopts metallothermic rau smelt siab titanium. Lub ntsiab siv tshuaj loj (hnyav%) ntawm cov khoom yog Ti65 ~ 75%, A1<5.0%, Si<1.0%, C<0.1%, P<0.04%, S≤0.04%, Cu≤0.1%, Mns0.5%, 06~12%. The high-titanium iron smelted by this method uses rutile as the main raw material. Rutile resources are abundant and cheap. No electricity is required during smelting. The production cost is only 1/2 of the remelting method. The product sales price is also 1/2 of the remelting method. However, due to the high oxygen content of the high-titanium iron smelted by this method, it cannot meet the needs of users. The use of high-titanium iron smelted by metallothermic method is limited, and its development is restricted.

A: Tus neeg yuav khoom xa Kev Nug → Kev Tshawb Fawb Kev Tshawb Fawb → Cov Nyiaj Txiag → Cov Nyiaj Them Nqi → Cov Lus Qhia Ua Si Siv → Cov Lus Qhia Ua Si

Cim npe nrov: Hlau Ferrotitanium Export Zoo, Hlau Hlau Ferrotitanium Export Cov Chaw Tsim Khoom, Chaw muag khoom, Hoobkas