Umsebenzi wephrofayili ye-aluminium

Ngokungeza izakhi ezihlukene ze-alloying, ama-alloys e-aluminium angafinyelela ukuminyana okuncishiswe kakhulu ngenkathi egcina amandla aphezulu. Emkhakheni we-aerospace, ukunciphisa isisindo sendiza kuthuthukisa ukusebenza kahle kukaphethiloli futhi kukhulisa umthamo wokulayisha. Embonini yezimoto, yenza ukuba izimoto zibe lula futhi yehlise ukusetshenziswa kukaphethiloli kanye nesisi esikhipha umoya.

Ifilimu yokuvikela eminyene ye-aluminium oxide yakheka ngokwemvelo phezu kwephrofayili ye-aluminium, evimbela ngokuphumelelayo imidiya egqwalayo efana nomoya-mpilo kanye nomswakama ukuthi ungathintani nesisekelo. Iwindi lamaphrofayili e-aluminium kanye nodonga lomnyango nodonga lwamakhethini lungagcina ukubukeka okuhle nokusebenza ngisho nokuchayeka isikhathi eside kwangaphandle, kunciphise izindleko zokulungisa.

Ngaphezu kwalokho, ama-alloys e-aluminium afaka kahle kakhulu ugesi kanye ne-thermal conductivity. I-conductivity kagesi ye-aluminium ehlanzekile ingeyesibili kuphela kunesiliva nethusi, futhi ama-alloys e-aluminium nawo anezinga elithile le-conductivity, okusiza ukunciphisa izindleko ekusetshenzisweni kokudlulisa amandla. Ukusebenza kwabo okushisayo okuphakeme kubenza babe yinto evamile yephrofayili ye-aluminium heatsink kumadivayisi kagesi, iqinisekisa ukusebenza kwemishini okuzinzile.

September 15, 2026