Ifilimu Yewindi Le-Titanium Nitride M Series M0590HD
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Ubuchwepheshe obuthuthukisiwe Ifilimu Yewindi Le-Titanium Nitride M Series M0590HD-Yokuvikela okuphezulu kanye nokucaca kwesiginali
Ukusebenzisa i-titanium nitride nano-ceramic coatingInqubo engeyona i-magnetron: Ngokungafani nefilimu yensimbi yendabuko ye-magnetron sputtering, lolu chungechunge lusebenzisa ubuchwepheshe be-vacuum coating/nano-deposition ukufaka ngqo ama-nanoparticles e-titanium nitride (TiN) ngokulinganayo ku-PET substrate ye-optical-grade ukuze kwakhiwe ungqimba lokushisa olusezingeni le-nano. Akukho ungqimba lwensimbi lokugwema izinkinga ze-oxidation yensimbi kanye nokuvikela isignali yenqubo ye-magnetron sputtering.Ukuqina kwezinga le-Nano: I-Titanium nitride ngokwayo inokumelana nokushisa okuphezulu (>800℃) kanye nokumelana nokugqwala. Isakhiwo sokumboza siminyene futhi akulula ukusifiphaza noma ukusiqhekeka ngemva kokusetshenziswa isikhathi eside. Isikhathi sokuphila singcono kakhulu kunefilimu edaywe noma ifilimu yensimbi evamile.
Ukusebenza okuphezulu kakhulu kokushisa kokushisa
Ifilimu yefasitela yezimoto ye-titanium nitride yaziwa ngokusebenza kwayo okuhle kakhulu kokuvikela ukushisa. Isebenzisa izakhiwo zomzimba ezihlukile zezinto ze-titanium nitride (TiN), okungukuthi ikhono lokubonisa eliqinile le-infrared, ukuvimba ngempumelelo ukushisa kwangaphandle ukuthi kungangeni emotweni, ngaleyo ndlela kunciphisa kakhulu izinga lokushisa ngaphakathi emotweni, kunciphisa umthwalo womoya opholile futhi kuthuthukise ukusebenza kahle kukaphethiloli.
Ukuxhumana Okungenamthungo nge-Titanium Nitride Film
Umsebenzi wesignali ongavikeli uyisici esivelele sefilimu yefasitela le-titanium nitride. Uma kuqhathaniswa namafilimu ensimbi endabuko, ifilimu yefasitela le-titanium nitride ngeke iphazamise izimpawu zefoni ephathekayo, ukuzulazula kwe-GPS kanye namanye amadivayisi kagesi, okuqinisekisa ukuthi abashayeli bangathola izimpawu ezahlukahlukene kahle ngenkathi beshayela.
Ukuvikela Wena Nemoto Yakho Emisebeni Eyingozi
Ifilimu yefasitela lemoto ye-titanium nitride isibe ngumholi emkhakheni wamafilimu ezimoto zesimanje ngomsebenzi wayo omuhle kakhulu wokuvikela i-UV. Inamandla amahle kakhulu okumunca i-UV kanye nokubonisa ukukhanya, ingavimba ngempumelelo imisebe ye-ultraviolet engaphezu kuka-99% ye-UV-A kanye ne-UV-B, futhi ihlinzeke ngokuvikelwa okuphelele kubashayeli nabagibeli.
Kunciphisa kakhulu umonakalo wemisebe ye-UV esikhumbeni, kunciphisa izinkinga zesikhumba njengokushiswa yilanga kanye nombala, futhi kuvikela ingaphakathi lemoto emiphumeleni yokuguga yemisebe ye-UV.
Umswakama Ophansi Kakhulu Wokubona Okuphephile Nokubukhali
Ifilimu yefasitela yezimoto ye-titanium nitride inesici esiyingqayizivele sokungabi nandaba. Ukungabi nandaba kusho ukuthi ifilimu yefasitela inokucaca okukhulu kanye nokucaca, okunganciphisa ukusabalala kokukhanya futhi kuthuthukise ukucaca kokubona. Lesi sici sibaluleke kakhulu ebusuku noma ezimweni zezulu ezimbi, futhi singathuthukisa kakhulu ukuphepha kokushayela.
| I-VLT: | 6.5%±3% |
| I-UVR: | 99.8% |
| Ubukhulu: | 2Mil |
| I-IRR(940nm): | 90%±3% |
| I-IRR(1400nm): | 92%±3% |
| Umswakama: Susa ifilimu yokukhishwa | 0.5~0.7 |
| UHAZE (ifilimu ekhishwe ayisuswanga) | 2.17 |
| Izinga lokuvimba amandla elanga eliphelele | 90% |
| I-Coefficient Yokuthola Ukushisa Kwelanga | 0.108 |
| Izici zokuncipha kwefilimu yokubhaka | isilinganiso sokuncibilika esinezinhlangothi ezine |
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