Gr23 Titàn Processing

Metòd endistriyèl la pou pwodiksyon an nan metal Titàn Gr23 se metòd la Kroll, pwodwi a nan ki se eponj Titàn. Pwosesis tradisyonèl pou pwodwi Titàn se fonn ak jete eponj Titàn nan lengote, ki Lè sa a, trete nan branch bwa Titàn. An konsekans, etap prensipal yo nan pwosesis la soti nan min nan Titàn yo se:
Titanium ore -> Mining -> Beneficiation -> Terra-concentrate -> Enrichment -> Titanium-rich material -> Chlorination -> Crude TiCl4 -> Refining -> Pure TiCl4 -> Magnesium reduction -> Titanium sponge -> Melting and casting -> Ingot -> Processing ->Titàn oswa pati Titàn Nan etap ki anwo yo, si yo jwenn rutil nan min la, Lè sa a, li pa bezwen ale nan pwosesis anrichisman an, epi li ka klorin dirèkteman pou jwenn TiCI4 bit. Anplis de sa, operasyon an fonn ak Distribisyon se yon pwosesis métallurgique. pwosesis métallurgique, men li se pafwa kategori kòm yon pwosesis pwosesis.

Pwosesis nan pwosesis ki anwo a refere a pwosesis plastik ak Distribisyon. Metòd pwosesis plastik gen ladan tou Forge, extrusion, woule, etann ak sou sa. Li ka trete nan divès gwosè nan lengote Titàn.
Gwosè materyèl gato a, materyèl bag, plak, tib, ba, pwofil ak lòt pwodwi yo, kapab tou fèt nan divès fòm depoze pati, konpozan.
Titàn ak Titàn alyaj pwosesis plastik ak rezistans deformation; Plastisite tanperati chanm nan se pòv, limit sede ak rapò limit fòs se wo, detant, dan sansib, pwosesis deformation se fasil lyezon ak mwazi an, chofaj ak fasil yo absòbe gaz danjere ak lòt karakteristik nan pwosesis plastik pase asye, kòb kwiv mete ak lòt difikilte. . Se poutèt sa, Titàn ak teknoloji pwosesis alyaj Titàn dwe konsidere karakteristik sa yo.
Titanium plastic processing, plus soil size is not restricted, and can be mass production, but the low rate of material, the process produces a large number of scrap residue. For titanium plastic processing of the above shortcomings, in recent years the development of titanium powder metallurgy process. Titanium powder metallurgy process is the same as ordinary powder metallurgy, only sintering must be carried out under vacuum. It is suitable for the production of large quantities, small size parts, especially for the production of complex parts. This method is almost no need to go through the processing treatment, high rate of material, not only can make full use of titanium waste as raw materials, but also can reduce the production cost, but can not produce large-sized titanium parts. Titanium powder metallurgy process: titanium powder (or titanium alloy powder) -> sieving -> mixing -> press molding -> sintering -> auxiliary processing ->pwodwi Titàn.