- Ququate kusuka ku-demo21
Izindlela ezijwayelekile zokwelashwa kokushisa kwamashubhu we-titanium zinveling, ukwelashwa okushisa nomoya. Ukuncishiswa ukususa kangcono ukucindezelwa okushisayo, ukuthuthukisa ipulasitiki deformation kanye nokwethenjwa kwemishini, ukuze uthole ukusebenza okuhle okuhle. Ngokuvamile, izinga lokushisa le-annealing le-α alloy futhi (α + β) i-alloy isethwe ku-120 ~ 200 ℃ ngaphansi kwephuzu lokushintsha (α + β) -> β Isigaba; Ukwelashwa okuhlaselwayo nowofulege kususelwa ekupholiseni okusheshayo kwesendlalelo se-powder ukuthola isigaba se-Audenqute α 'kanye nesigaba esimisiwe se-β. Lapho-ke isigaba esimisiwe sichithwe eChina ngokulawulwa kokushisa kanye nokufakelwa kokushisa, kanye nokuhamba okucashile kwe-harmonion kwesigaba sesibili esifana nesigaba se-α noma izinto zamakhemikhali zitholakala, ukuze kufezeke inhloso yokuqinisa i-alloy.
Njengochwepheshe Abakhiqizi be-Tube yensimbi ye-Tube , i-Hangao Tech (Seko Tech (Seko Tech) inolwazi olucebile kanye nemininingwane mayelana namapayipi ensimbi ahlukahlukene, njenge-Titanium Alloy Pipe, ipayipi lensimbi engu-305, ipayipi lensimbi yensimbi, ikakhulukazi njll.
Inqubo yokwelashwa kokushisa yeTitanium tube ingahlelwa kanjena:
(1) Ukwelashwa kokuguga nokufika kwesikhathi: Ukuze uthuthukise kangcono amandla acindezelayo, ishubhu le-α titanium neshubhu elizinzile Amashubhu e-titanium α + Β
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(3) Susa ukucindezelwa kwengcindezi ye-Situ: Inhloso ukususa noma ukunciphisa ukucindezela kwangaphakathi okubangelwa inqubo yokukhiqiza. Gwema ukugqwala kwamakhemikhali kwe-organic futhi unciphise ukwehluka kwezinye izindawo ezingokwemvelo ezilonakalisayo.
Ngaphezu kwalokho, ukuze ucabangele kangcono izidingo ezikhethekile zomsebenzi we-WorkPiecce, i-Industrial Titanium Pipe i-Bitirectional Anveling, anmothermal anveling, ukwelashwa kokushisa, ukwelashwa kokushisa kwensimbi kanye nezinye izinto zokwelashwa okushisa kwensimbi.
Amashubhu we-titanium ikakhulukazi asetshenziselwa ukwenza izakhi ze-aeroengine compressor, zilandelwe amarokhethi, imicibisholo yokuhamba ngezindiza kanye nezakhiwo zezindiza ezinesivinini esikhulu. Maphakathi no-1960s kuze kube sekwephuzile, ama-titanium kanye ne-alloys asetshenziswa embonini ojwayelekile ukwenza ama-electrodes, ama-chiller wezitshalo zamandla, ama-heater kagesi wokucwilisa uwoyela we-crude nemishini yokulawula umoya. I-Titanium ne-Alloys sekuyinto eluhlaza yokwakhiwa kokungamelana nokugqwala. Ngaphezu kokukhiqizwa kwezinto zokwakha ezivuthiwe ze-hydrogen kanye nememori yokwakheka.
Amashubhu e-titanium anamandla aphezulu acindezele futhi ubuningi obuncanyana, ukusebenza okuhle kwemishini, ukuhlekisa nokugqwala nokuphikiswa kokugqwala kuhle kakhulu. Ngaphezu kwalokho, ukusebenza kweTitanium Pipe Concession Technology kunzima, ukukhiqizwa kokumba kanye nokusebenza kunzima, ekuphumeni kokushisa, kulula ukugaya futhi kumunca i-hydrogen nitrogen carbon nezinye izinsalela. Kukhona futhi ukumelana kabi kwe-Wear, inqubo yokukhiqiza eyinkimbinkimbi nezinye amaphutha. Kodwa-ke, njengomkhiqizi wepayipi wepayipi wezimboni oye waxazulula izinkinga ezahlukahlukene zokukhiqiza kumakhasimende iminyaka eminingi, online yethu Isithando somlilo sokufudumeza okukhanyayo nomthamo wokuvikela umkhathi emhubheni esiyisisekelo sasixazulule amaphuzu obuhlungu abafanele.
Ukukhiqizwa kwezimboni kweTitanium kuthuthukiswe kancane kancane ngo-1948. Umkhuba wentuthuko embonini yezindiza wenza imboni ye-titanium ikhule ngesilinganiso esingama-8% ngonyaka. Njengamanje, inani eliphelele lokukhishwa kweTitanium Pipe Production kanye nezinto zokwakha emhlabeni jikelele zifinyelele amathani angaphezu kwama-40,000, cishe izinhlobo ezingama-30 ze-Titanium Pipe. Amashubhu we-titanium asetshenziswa kakhulu yi-ti-6l-4V (TC4), TI-55SN (TA7) kanye ne-Industrial Pure Titanium (TA1, TA2 neTA3).
