I-thermal conductivity ye-titanium alloy incane, cishe 1/3 yaleyo yensimbi. Ukushisa okukhiqizwa ngesikhathi somshini kunzima ukukhulula ngokusebenzisa i-workpiece; ngesikhathi esifanayo, ngenxa yokuthi ukushisa okuqondile kwe-titanium alloy kuncane, izinga lokushisa lendawo likhuphuka ngokushesha ngesikhathi sokucubungula. Kulula ukubangela izinga lokushisa lethuluzi libe phezulu kakhulu, ukugqoka ngokucijile ithiphu lethuluzi, nokunciphisa impilo yesevisi. Ukuhlola kubonisa ukuthi izinga lokushisa lephuzu lethuluzi lokusika i-titanium alloy liphakeme izikhathi ezingu-2-3 kunelo lokusika insimbi. I-modulus ephansi ye-elasticity ye-titanium alloy yenza indawo emshinini ibe lula ukubuyela emuva, ikakhulukazi ukucubungula emuva kwezingxenye ezinezindonga ezincane kubi kakhulu, okulula ukubangela ukungqubuzana okuqinile phakathi kobuso behlangothi kanye nendawo emshinini, ngaleyo ndlela igqoke ithuluzi nokuchopha. Ama-alloys e-Titanium anomsebenzi wamakhemikhali onamandla, futhi angasebenzisana kalula nomoya-mpilo, i-hydrogen, ne-nitrogen emazingeni okushisa aphezulu, okwandisa ubulukhuni bawo kanye nokuncipha kwepulasitiki. Kunzima ukucubungula ngomshini ungqimba olunothe nge-oksijini olwakheka ngesikhathi sokushisisa nokubunjwa.
Kungani ukhetha i-titanium?
Amandla e-titanium afana nensimbi, kodwa ukuminyana kuphansi kakhulu. Lokhu kuyenza ibe into efanelekile yemisebenzi edinga amandla aphezulu kodwa inqunyelwe isisindo sezingxenye. Ukumelana nokugqwala kwe-titanium nakho kuhlukile kulokho kwensimbi, yingakho kunezinhlelo eziningi zokusebenza emikhunjini nakwemikhumbi-ngwenya. I-Titanium futhi inokumelana okuphezulu nokushisa okuphezulu naphansi. Le nto kanye nezakhiwo zayo ezingasindi ziyenza ibe yinsimbi ekahle embonini ye-aerospace kanye nezinto ezihlukahlukene kusukela ezindizeni zokungcebeleka kuya emicibisholo ecitshwayo.
I-CNC machining titanium idinga ulwazi:
Ukusetshenziswa kwe-titanium nama-alloys ayo kuyanda, ikakhulukazi ku-aerospace kanye nezicelo ze-biomedical. Izingxenye zomshini ezenziwe ngokwezifiso ezenziwe nge-titanium zibhekana nezinselele eziyingqayizivele futhi zidinga ochwepheshe bemishini abanolwazi ukuze baqinisekise imiphumela engcono kakhulu lapho bekhiqiza i-titanium. Noma ubani osenesikhathi eside emi phambi kwe-lathe noma isikhungo somshini uyazi ukuthi i-titanium inzima ngempela ukuyisika. Inezici eziningi eziyenza ifaneleke ezinhlelweni eziningi, kodwa ingabangela ukuguga kwamathuluzi ngokushesha kanye nokudideka kubasebenzisi abaningi bamathuluzi omshini. Ngenhlanhla, inhlanganisela efanele yolwazi namathuluzi ingaxazulula i-titanium machining enzima kakhulu. Impumelelo incike kakhulu ekukhetheni ithuluzi elilungile, ukusebenzisa okuphakelayo okufanele kanye nesivinini, kanye nokukhiqiza izindlela zamathuluzi ukuvikela unqenqema lwethuluzi futhi kuvinjwe umonakalo endaweni yokusebenza,
Kungani i-titanium ithandwa kangaka?
Nakuba i-aluminium ne-aluminium alloys phambilini bekuyizinto ezisetshenziswayo embonini ye-aerospace, imiklamo emisha yezindiza iya ngokuya isebenzisa i-titanium ne-titanium alloys. Lezi zinto zisetshenziswa futhi embonini ye-biomedical. Izizathu zokuthandwa kwazo zihlanganisa isisindo esilula, amandla aphezulu, ukusebenza kahle kokukhathala nokumelana okuphezulu nezindawo ezinolaka, futhi azigqwali futhi aziwohloki. Izingxenye ze-Titanium zihlala isikhathi eside kunezinye izinsimbi nezinto zokwakha, futhi zinikeza ukusebenza okungcono nemiphumela.
If you'd like to speak to a member of the Anebon team, please get in touch at info@anebon.com.
Isikhathi sokuthumela: Jan-08-2021