Ukukhetha okulungile ifilimu yefasitela yezimotokubalulekile ekuqinisekiseni isipiliyoni sokushayela esikhululekile nesiphephile. Ngokuthuthuka kwezobuchwepheshe, ifilimu lewindi le-titanium nitride (TiN) seliqhamuke njengelinye elingcono kunamafilimu endabuko adayiwe nawe-ceramic. Inikeza ukwenqaba ukushisa okuhle kakhulu, ukuvikeleka kwe-UV, nokuqina okuthuthukisiwe, okuyenza ibe inketho ekahle kubanikazi bezimoto ababeka kuqala ukusebenza nokuphila isikhathi eside.
Esinye sezici ezibalulekile ezihlukanisayo zefilimu yefasitela le-titanium nitride uboya bayo obuphansi, obuqinisekisa ukucaca okuphakeme kokubona kuyilapho kugcinwa amazinga aphezulu okushisa nokwenqatshwa kwe-UV. Ngokungafani namanye amafilimu e-ceramic angabangela ukuguquguquka okuncane noma ukuhlanekezela, amafilimu e-titanium nitride ahlinzeka ngombono ocacile futhi obukhali ngaphansi kwazo zonke izimo zokukhanya. Lobu buchwepheshe obuthuthukisiwe abugcini nje ngokuthuthukisa ukunethezeka kokushayela kodwa futhi buvikela ingaphakathi lemoto ekufiphaleni nasekulinyazweni ukushisa.
Lesi sihloko sizohlola ukuthi ifilimu yefasitela le-titanium nitride iyivimba kanjani ngempumelelo imisebe ye-infrared, inikeza isivikelo se-UV esiphezulu, futhi inciphisa ukufiphala kwangaphakathi. Ukwengeza, sizoxoxa ngokuthi kungani isici sayo se-haze ephansi siyenza ibe enye yeifilimu yefasitela engcono kakhulu yezimotoongakhetha kukho namuhla.
Ukuqonda Ukufakelwa Kokushisa: I-Titanium Nitride Ivimba Kanjani Imisebe Ye-infrared
Ifilimu yefasitela ye-Titanium nitride iklanywe ngokusikaPVD enamathela impahlaehlunga ngokukhetha imisebe ye-infrared. Ngokungafani namafilimu adayiwe athatha nje ukushisa namafilimu e-ceramic angase abeke engcupheni ukucaca okubonakalayo, amafilimu e-TiN abonisa ingxenye enkulu yemisebe ye-infrared, ehlisa ukugcwala kokushisa ngaphakathi kwemoto.
Lobu buchwepheshe obuphambili bokwenqaba ukushisa buqinisekisa ukuthi ingaphakathi lemoto lihlala lipholile ngisho nangaphansi kokukhanya kwelanga okukhulu. Ngenxa yalokho, abashayeli bangakwazi ukunciphisa ukuthembela kwabo ku-air conditioning, okuholela ekwenzeni ngcono ukusebenza kahle kukaphethiloli ezimotweni zendabuko kanye nempilo yebhethri eyandisiwe ezimotweni zikagesi.
Amafilimu ewindi le-Titanium nitride agcina ukusebenza kwawo ngokuhamba kwesikhathi, ngokungafani namanye amafilimu e-ceramic endabuko angase ehlise noma alahlekelwe ukusebenza ngemva kokuchayeka isikhathi eside elangeni. Lokhu kuqina kubenza babe utshalomali lwesikhathi eside kubanikazi bezimoto abafuna ukwehlisa ukushisa okufanele.
Ukuvikelwa kwe-UV kanye Nokuphepha Kwesikhumba: Izinzuzo Zokuhlanganisa Iwindi Okuthuthukisiwe
Ukuchayeka okwedlulele emisebeni ye-UV akugcini nje ngokuba yingozi ngaphakathi kwezimoto kodwa futhi kubangela ubungozi bezempilo. Imisebe ye-ultraviolet yenza isikhumba siguge, sishiswe yilanga, ngisho namathuba okuba nomdlavuza wesikhumba.
Ifilimu yewindi le-Titanium nitride ivimba ngaphezu kuka-99% wemisebe ye-UVA ne-UVB, ihlinzeka ngokuvikeleka okuphelele kukho kokubili abagibeli nangaphakathi kwemoto. Lokhu kuvimbela amadeshibhodi, izihlalo, kanye ne-upholstery ekufiphaleni noma ekuwohlokeni ngokuhamba kwesikhathi. Ngokungafani namanye amafilimu anombala ogqamile ancike ebumnyameni ukuze athole ukuvikeleka kwe-UV, i-titanium nitride ifinyelela lokhu ngaphandle kokunciphisa ngokuphawulekayo ukudluliswa kokukhanya okubonakalayo, iqinisekisa ukuzizwisa okukhanyayo nokucacile kokushayela.
Ngenxa yokuthi izinga lenkungu liphansi kakhulu, abashayeli nabagibeli bangajabulela ukubuka okungahlanekezeli. Ngokungafani namafilimu athile e-ceramic angase abe nokufiphala kancane ngokuhamba kwesikhathi, amafilimu e-TiN aqinisekisa ukubonakala okuphezulu nokuphepha ngaphansi kwazo zonke izimo zokukhanya.
Ifilimu Yewindi Lefasitela Le-Haze Le-Nitride Le-Haze Ephansi: Khipha Ifilimu Ekhishiwe Ukuze Ucace Kakhulu
Isici esivelele sefilimu yefasitela le-titanium nitride isici sayo esinenkungu ephansi (Haze: Peel Off The Release Film), esiqinisekisa ukucaca okuphakeme kokubona. Amafilimu amaningi efasitela e-ceramic, nakuba esebenza ekwenqatshweni kokushisa, angase adale ukufiphala okucashile noma umbala oluhlaza okwesibhakabhaka, ikakhulukazi ngaphansi kwezimo ezithile zokukhanyisa. I-Titanium nitride, ngakolunye uhlangothi, iqinisekisa ukubonakala kwencazelo ephezulu ngokuhlanekezela okuncane.
Uma ifilimu ekhishwayo isihlutshiwe ngesikhathi sokufakwa, ifilimu ye-titanium nitride inamathela ngaphandle komthungo engilazini, okuholela ekubukeni okucacile nokungenayo i-glare. Lokhu kuthuthukisa ukuphepha, ikakhulukazi phakathi nokushayela ebusuku noma esimweni sezulu esinenkungu lapho ukubonakala kubalulekile.
Isici sobungu obuphansi siphinde sithuthukise ukugqama futhi sinciphise ukubukeka, kwenze izinto ezingaphandle kwemoto zibonakale zibukhali futhi zichazwe kakhudlwana. Lokhu kunenzuzo ikakhulukazi ekushayeleni amabanga amade, njengoba kunciphisa ubunzima bamehlo futhi kunikeza okuhlangenwe nakho okunethezeka okubonakalayo kubashayeli.
Ifilimu ye-Titanium Nitride Ivimbela Kanjani Ukufiphala Kwangaphakathi Nokulimala Kokushisa
Ukushisa kanye nokuchayeka kwe-UV yikhona okunomthelela omkhulu ekugugekeni kwangaphakathi kwezimoto. Ngaphandle kokuvikelwa okufanele, amadeshibhodi, izihlalo zesikhumba, nezinsimbi zepulasitiki zingaqhekeka, zifiphale, futhi zonakale ngokuhamba kwesikhathi.
Ifilimu yefasitela ye-Titanium nitride inikeza umgoqo ovikelayo kukho kokubili ukushisa nemisebe ye-UV, enciphisa ngokuphawulekayo ukulimala kwangaphakathi. Ngokuvimbela imisebe ye-infrared, ivimbela ingaphakathi lemoto ekushiseni ngokweqile, okusiza ekugcineni ukuthungwa kwasekuqaleni nokubukeka kwezinto ngaphakathi kwemoto.
Le filimu iphinde yehlise ingcindezi yokushisa, ivimbele ukwehluleka kokunamathela ezingxenyeni zedeshibhodi futhi iqinisekise ukuqina kwesikhathi eside. Kuyinketho ekhethwayo yezimoto zikanokusho, lapho ukugcinwa kwesimo esihlanzekile sangaphakathi kubalulekile ekulondolozeni inani lokudayiswa kabusha.
Kungani Ifilimu ye-Titanium Nitride Idlula Amafilimu Endabuko E-Ceramic Nadayiwe
Ifilimu yefasitela ye-Titanium nitride inikeza izinzuzo ezimbalwa ngaphezu kwamafilimu avamile e-ceramic nadayiwe:
- Ukwenqatshwa Ukushisa Okukhethekile - Isebenzisa izinto zokumboza ze-PVD, ifilimu ye-TiN ikhombisa ngempumelelo imisebe ye-infrared, igcina ingaphakathi lemoto lipholile ngaphandle kwesidingo se-tint emnyama ngokweqile.
- I-Ultra-Low Haze Yokucaca Okukhulu - Ngokungafani namanye amafilimu e-ceramic angabangela ukufiphala noma amafu, i-titanium nitride inikeza umbono ocacile, ongahlanekezeli.
- Akukho Ukuphazanyiswa Kwesiginali - Amafilimu amaningi amafasitela ensimbi aphazamisa umakhalekhukhwini, i-GPS, namasignali omsakazo. I-Titanium nitride ayiyona eyensimbi, iqinisekisa ukuxhumana okungaphazamiseki.
- Ukuqina Nokuphila Isikhathi Eside - Amafilimu adayiwe ajwayele ukufiphala ngokuhamba kwesikhathi, kuyilapho amanye amafilimu e-ceramic angehlisa izinga. I-Titanium nitride igcina ukusebenza kwayo nokucaca kwayo iminyaka, inikeza inani lesikhathi eside.
- Ibhalansi Ekahle Yokukhanya - Ngokungafani namafilimu anombala ogqamile angase anciphise ukubonakala ebusuku, amafilimu e-TiN ahlinzeka ngokulinganisela phakathi kokuhlunga ukukhanya nokushayela okuphephile ebusuku.
Ifilimu yewindi le-Titanium nitride igqama njengenye yezinketho zefilimu lewindi lezimoto ezihamba phambili ngenxa yenhlanganisela yayo yobumnyama obuphansi, ukwenqaba ukushisa okuphezulu, nokuvikelwa kwe-UV okuphakeme. Ngokungafani namafilimu endabuko angase adele ukubonakala ukuze asebenze, ifilimu ye-XTTF titanium nitride inikeza umbono ocacile kuyilapho igcina ingaphakathi lipholile futhi livikelekile.
Lobu buchwepheshe befilimu yefasitela obuthuthukisiwe bulungele abanikazi bezimoto abafuna isixazululo se-premium esinokuqina okuhlala isikhathi eside, akukho ukuphazamiseka kwesignali nokucaca okuhle kakhulu kwe-optical. Kungakhathaliseki ukuthi ufuna ukunethezeka kokushayela okuthuthukisiwe, ukuvikelwa kwendawo yangaphakathi noma ukuqina kwesikhathi eside, ifilimu yewindi le-titanium nitride inikeza ukusebenza okungenakuqhathaniswa kuzo zonke izici.
Isikhathi sokuthumela: Mar-20-2025
