Uyini umehluko phakathi kwe-T4, T5 ne-T6 ngesimo sephrofayili ye-aluminium?

I-Aluminium iyinto evame ukucaciswa kakhulu yokukhishwa kanye namaphrofayili okumaka ngoba inezakhiwo zemishini ezenza ilungele ukwakha nokubumba insimbi kusuka ezingxenyeni eziyizikweletu. I-alundity ephezulu ye-aluminium isho ukuthi insimbi ingakhiwa kalula ezingxenyeni eziningi zesiphambano ngaphandle kokusebenzisa amandla amaningi kumishini noma inqubo yokwakha, futhi i-aluminium nayo inendawo yokuncibilika yengxenye yensimbi ejwayelekile. Womabili la maqiniso asho ukuthi inqubo yephrofayili ye-Aluminium ye-Aluminium ingamandla aphansi, okunciphisa ukuthola izindleko nezindleko zokukhiqiza. Ekugcineni, i-aluminium nayo inamandla aphezulu esisindo sesilinganiso, okwenza kube ukukhetha okuhle kwezicelo zezimboni.

Njengokuphuma kwenqubo yokukhishwa, okuhle, cishe imigqa engabonakali kwesinye isikhathi ingavela ebusweni bephrofayili. Lokhu kungumphumela wokwakheka kwamathuluzi asizayo ngesikhathi sokukhishwa, kanye nokwelashwa okwengeziwe kwendawo kungacaciswa ukususa le migqa. Ukwenza ngcono ukuqedwa komhlaba kwesigaba sephrofayili, imisebenzi eminingana yokwelashwa komhlaba okufana nokuhlaselwa kobuso ingenziwa ngemuva kwenqubo yokukhishwa okuyinhloko yokwakha. Lokhu kusebenza kwemishini kungacaciswa ukuthuthukisa i-geometry yobuso ukuze kuthuthukiswe iphrofayili yengxenye ngokunciphisa ubulukhuni bephrofayili ephelele. Lezi zindlela zokwelapha zivame ukucaciswa kuzinhlelo zokusebenza lapho kudingeka khona isikhundla esinengxenye noma lapho indawo yokuhlangana kufanele ilawulwe ngokuqinile.

Sivame ukubona ikholomu ebonakalayo emakwe nge-6063-T5 / T6 noma i-6061-T4, njll. I-6063 kule ndaba yephrofayili ye-aluminium, kanye ne-T4 / T5 / T6 yisimo sephrofayili ye-aluminium. Manje umehluko phakathi kwabo?

Isibonelo: Faka nje, iphrofayili ye-aluminium e-6061 inamandla angcono nokusika ukusebenza, ngobunzima obuphakeme, ukumelana okuhle nokugqwala nokuqina; Iphrofayili ye-Aluminimum ine-plastiki engcono, engenza ukuthi lokhu kufinyeleleka ngokunemba okuphakeme, futhi ngasikhathi sinye kunemandla aphezulu aphezulu futhi kunikeze amandla aphezulu, futhi kunamandla aphezulu, ukumelana nokuqina kokugqwala kanye nokuphikiswa okuphezulu.

I-T4 State:

Ukwelashwa ngesisombululo + ukuguga kwemvelo, okungukuthi, iphrofayili ye-aluminium ipholile ngemuva kokukhishwa ku-extred, kepha hhayi asebekhulile esithandweni sokuguga. Iphrofayili ye-aluminium engakaze ibe nobulukhuni obuphansi obuphansi nokuwohloka okuhle, okulungele ukugoba kamuva nokunye ukucubungula.

I-T5 State:

Ukwelashwa kwesixazululo + Ukuguga okuphelele kokufakelwa, okungukuthi, ngemuva kokupholisa umoya okuphoqelela ngemuva kokukhishwa, bese kudluliselwa esithandweni sokuguga ukuze kufudumele ngama-degree angama-2-3. I-aluminium kulesi simo inobulukhuni obuphezulu kanye nobunzima obuthile bokuwohloka. Isetshenziswa kakhulu ezindongeni zekhethini.

I-T6 State:

Ukwelashwa kwesisombululo + ukumiswa kokufakelwa okuphelele, okungukuthi, ngemuva kokupholisa kwamanzi ngemuva kokukhishwa, ukuguga ngemuva kokuqubuka kuphakeme kakhulu kunokushisa okuphezulu kunamazinga okushisa aphezulu, futhi ukuze kufinyelelwe isimo se-hardness peerness esiphakeme, esilungele izikhathi ngezidingo eziphakeme kakhulu zobulukhuni bezinto ezibonakalayo.