I-XTTF MB9960 Titanium Nitride Metal Magnentron Izithuthi Iwindi Ifilimu | Ngesithombe esiluhlaza okwesibhakabhaka

I-XTTF MB9960 Titanium Nitride Metal Magnentron Izithuthi Iwindi Ifilimu | Ngongqimba oluhlaza okwesibhakabhaka

I-Titanium Ninride Metal Magnetron Series (Ifilimu eluhlaza okwesibhakabhaka) Ifilimu leWill2960 lihlanganisa impahla ephakeme yokusebenza nge-tin-sputtering technology, ukuqinisekiswa kokuqina, ukuvikelwa kokushisa, nokuvikelwa kwe-UV. I-nitrogen iphendula ngama-athomu we-titanium agcwele ama-titanium, akha ungqimba oluminyene lwe-tin oluthuthukisa ubulukhuni, ukugqoka ukugqokwa, nokuphikiswa kokugqwala. Ukulawulwa okuqondile okucacile kuqinisekisa ukuhlanganiswa okufanayo, ukucaciseleka okuphakeme kakhulu, futhi kunciphise ukunciphisa i-haze, ukuletha ukusebenza okuhlala isikhathi eside, kuthuthukiswe induduzo yokushayela, kanye ne-premium hole aesthetics.

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XTTF Titanium Nitride Metal Magnern Windom Film MB9960-Heality Heat Insulation & Ukuvikelwa kwe-UV

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1. Ukufakelwa okushisa okusebenzayo

I-Heat Infation inqolobane ye-Titanium NITRIDE Metal Magnen Magnern windows fil file ekwakhiweni kwayo okuhlukile kanye nenqubo yokulungiselela. Ngesikhathi senqubo ye-magnetron sputter, i-nitrogen iphendula ngamakhemikhali ngama-athomu titanium ukwakha ifilimu eliminyene le-nitride. Le filimu ingabonisa kahle imisebe ye-infrared elangeni futhi ivimbele ngempumelelo ukushisa ekungeneni emotweni. Ngasikhathi sinye, ukudluliselwa kwayo okuhle kakhulu kuqinisekisa ukukhanya okwanele emotweni kanye nomkhakha obanzi wombono ngaphandle kokuthinta ukuphepha okushayela.

2. Akukho ukuphazamiseka kwezimpawu ze-electromagnetic

I-Titanium NITRIDE, njengezinto zokwenziwa ze-ceramic, inokuqina okuhle kakhulu ngogesi nobunzima. Enqubweni ye-Magnetron Screeting, ngokulawula ngokunembile amapharamitha ashubile kanye nezinga lokugeleza kwe-nitrogen, amafilimu aminyene futhi afanayo we-titanium nitride angakhiwa. Le filimu ayigcini nje ngokushisa okushisa kakhulu kanye nezakhiwo ze-UV zokuvikela, kepha okubaluleke kakhulu, kunomunwe omncane nokuboniswa kwamagagasi e-electromagnetic, ngaleyo ndlela kuqinisekiswe ukugeleza okubushelelezi kwezimpawu ze-electromagnetic.

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3. Ukuvikelwa kwe-Ultraviolet

Umgomo wokulwa ne-ultraviolet we-titanium nitride metal magnern magnerron ifilimu lilele esakhiweni salo esiyingqayizivele sezinto kanye nenqubo yokulungiselela. Ngesikhathi senqubo ye-magnetron sputtern, ngokulawula kahle amapharamitha athusayo kanye nemigomo yokusabela, ifilimu ye-titanium nitride ingakha isendlalelo esiminyene esivikelayo esidonsa ngempumelelo futhi sibonisa imisebe ye-ultraviolet ekukhanyiseni kwelanga. Idatha yokuhlola ikhombisa ukuthi le filimu yewindi ingavimba ngaphezu kwama-99% emisebe eyingozi ye-ultraviolet, enikeza ukuvikela okuphelele kwabashayeli nabagibeli.

4. I-Ultra-Low Haze

I-Haze iyinkomba ebalulekile yokulinganisa ukufana nokucaca kokuhanjiswa okukhanyayo kwamafilimu ewindi. Amafilimu we-titanive titanium nitride we-metal magnern windows anciphise ngempumelelo i-haze ibe ngaphansi kwe-1% ngokulawula kahle inqubo yokuphamba kanye nezimo zokuphendula. Lokhu kusebenza okuvelele akusho nje kuphela ukuthi ukudluliselwa kokukhanya kwefilimu lewindows kube ngcono kakhulu, kodwa futhi kusho nokuthi ukucaca nokucaca kwensimu yombono kufinyelele ezingeni elingafani neze.