Ngokuthuthuka okusheshayo kwemboni yezimoto, ubuchwepheshe befilimu yamafasitela ezimoto bubuye buthuthuke njalo. Phakathi kwezinto eziningi zefilimu yefasitela, i-titanium nitride namafilimu e-ceramic adonse ukunaka okukhulu ngenxa yokusebenza kwawo okuhle kakhulu. Ngakho, uyini umehluko phakathi kwalokhu okubili? Ubani ubuchwepheshe obumnyama besizukulwane esilandelayo sefilimu yewindi? Lesi sihloko sizokunikeza ukuhlaziywa okujulile ngokuqhathanisa izimiso, ukukalwa kokusebenza, ukuzivumelanisa nezimo, kanye nezithiyo zobuchwepheshe bomkhiqizo.
1. Isimiso sokuqhathanisa: i-magnetron sputtering VS nano-ceramic coating
Ifilimu yefasitela le-Titanium nitride isebenzisa ubuchwepheshe be-magnetron sputtering, obusebenzisa ama-ion ukushaya ipuleti lensimbi ukuze kukhiqizwe izinhlanganisela ze-titanium nitride (TiN), ezinamathele ngokulinganayo futhi eziminyene efilimini. Le nqubo ayiqinisekisi kuphela ukusebenza okuphezulu kwefilimu yefasitela, kodwa futhi yenza izinze kakhulu futhi ihlale isikhathi eside. Ngokuphambene, ifilimu ye-ceramic ikakhulukazi incike kubuchwepheshe be-nano-ceramic coating ukuze kuthuthukiswe ukusebenza kwefilimu yefasitela ngokufaka izinto ze-ceramic ebusweni be-substrate.
Ngokombono wenqubo, ubuchwepheshe be-magnetron sputtering buyinkimbinkimbi futhi buyabiza kakhulu, kodwa ifilimu yefasitela ye-titanium nitride ekhiqizwayo inezinzuzo ezengeziwe ekusebenzeni.
2. Isilinganiso sokusebenza: ukuqhathanisa okuphelele kokudluliswa, ukuqina kanye nentengo
I-Transmittance: Kokubili ifilimu yewindi le-titanium nitride nefilimu ye-ceramic inokudluliswa okuphezulu, okungahlangabezana nezidingo zombono womshayeli. Kodwa-ke, ngaphansi kwezimo ezimbi kakhulu, ukudluliswa kwefilimu yefasitela ye-titanium nitride kuzinzile futhi akulula ukungenwa yizici zangaphandle.
Ukuqina: Ifilimu yewindi le-Titanium nitride inokuqina okuphezulu kakhulu ngenxa yokuqina kwayo kanye nesakhiwo samakhemikhali esizinzile. Ngokuphambene, nakuba ifilimu ye-ceramic nayo inokumelana nesimo sezulu esithile, ingase ithinteke emisebeni ye-ultraviolet, izinga lokushisa eliphezulu nezinye izici ngesikhathi sokusetshenziswa isikhathi eside, futhi ingase iguge futhi iphele.
Inani: Ngenxa yezindleko eziphezulu zobuchwepheshe be-magnetron sputtering, intengo yefilimu yefasitela le-titanium nitride ivame ukuba phezulu kunaleyo yefilimu yobumba. Kodwa-ke, ngokuhamba kwesikhathi, ukusebenza okuhle kakhulu nokuqina kwefilimu yefasitela le-titanium nitride kwenza kube nezindleko ezithe xaxa.
3. Ukuzijwayeza kwesimo: iziphakamiso zokuthenga
Ngenxa yezimo zezulu kanye nezidingo zomshayeli ezindaweni ezahlukene, singanikeza iziphakamiso zokuthenga ezilandelayo:
Izindawo zokushisa eziphakeme: Izinga lokushisa ehlobo liphezulu futhi ukukhanya kwelanga kunamandla, ngakho-ke kunconywa ukukhetha ifilimu yefasitela le-titanium nitride enokusebenza okuhle kakhulu kokufakwa kokushisa ukuze unciphise izinga lokushisa emotweni futhi uthuthukise ukunethezeka kokushayela.
Izifunda ezisenyakatho ezibandayo: Izifunda ezisenyakatho zinamazinga okushisa aphansi ebusika, ngakho-ke izidingo zokusebenza kokufakwa kokushisa kwamafilimu amafasitela ziphansi kakhulu. Ngalesi sikhathi, ungacabanga ukukhetha ifilimu ye-ceramic engabizi kakhulu ukuze uhlangabezane nezidingo eziyisisekelo zokuvikela ilanga kanye nezidingo zobumfihlo.
Abashayeli bedolobha: Kubanikazi bezimoto abavame ukushayela edolobheni, umsebenzi wokulwa nokucwazimula kwefilimu yefasitela le-titanium nitride ubaluleke kakhulu. Inganciphisa ngempumelelo ukuphazamiseka kokukhanya okunamandla okuvela ezimotweni ezizayo futhi ithuthukise ukuphepha kokushayela.
Isikhathi sokuthumela: Mar-07-2025
