Iron Ferrotitanium Ekspòtasyon Kalite

Segondè ferrotitanium se yon alyaj fè lajman itilize espesyal, sitou itilize kòm yon ajan alyaj, deoxidizer ak degasser nan asye fondri. Kounye a, gen de metòd pou fondri segondè Titàn fè: yon sèl se sèvi ak fatra kòm prensipal materyèl la anvan tout koreksyon ak adopte metòd la remelting yo te fè segondè fè Titàn. Konpozisyon chimik la (pwa %) nan pwodwi a se 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.

Lòt metòd la itilize rutil kòm prensipal materyèl bwit epi li adopte metòd metalotèrmik pou fonn fè segondè Titàn. Konpozisyon chimik prensipal la (pwa %) nan pwodwi a se 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: Achtè Voye ankèt → Jwenn sitasyon pi ba → Konfimasyon Lòd → Achtè fè aranjman pou 30% Depo → Pwodiksyon te kòmanse sou li resevwa depo → enspeksyon strik pandan pwodiksyon → Achtè fè aranjman pou peman balans → anbalaj → Livrezon tankou pou chak tèm komès

Baj popilè: bon jan kalite ekspòtasyon ferrotitanium fè, Lachin fè ferrotitanium ekspòtasyon bon jan kalite manifaktirè, Swèd, faktori