Fiye da 85% Mai watsawa Falourine ɗin Tin Oxide FTO Glass don Lab

Fiye da kashi 85% Mai watsawa FTO Gilashin Tin Oxide FTO don Hoton da Aka Fitar da Lab

Takaitaccen Bayani:

Farashin FOB:US $0.5 - 9,999 / yanki

Yawan Oda Min.Yanki/Kashi 100

Ikon bayarwa:10000 Pieces/Perces per month

Port:Shenzhen

Sharuɗɗan Biyan kuɗi:L/C,D/A,D/P,T/T

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BAYANIN FARKO

BIYAYYA & KASHE

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100x100x2.2mm Sama da 85% Watsawa Flurin da aka yi wa Tin Oxide FTO Glass don Lab. Gwaji

Matsayin Lantarki/Maɗaukakin Madaidaici/Super Flatness Akwai Tare da Tsari Mai Yawa

Ana amfani da gilashin sarrafawa sosai a fuskar wayar hannu, OLED, OPV, PDA, kalkuleta, e-book, na'urorin electrochromic, garkuwar lantarki, photocatalysis, ƙwayoyin rana, gwaje-gwajen nazarin halittu, gwaje-gwajen electrochemical (electrodes) .etcFTO is a fluorine-doped tin oxide (FTO) gilashin mai rufi (SnO 2:F).

Tare da kyakkyawan yanayin zafi mai kyau, 600 ℃, shine mafi kyawun ɗan takara azaman kayan aikin lantarki na gaskiya don ƙwanƙwaran hasken rana (DSSC) da aikace-aikacen ƙwayoyin rana na perovskite a halin yanzu.
A matsayin maye gurbin ITO, ana amfani da shi sosai a cikin nunin kristal na ruwa, photocatalysis, firam ɗin fim na bakin rana, ƙwayoyin hasken rana, rini, gilashin electrochromic da sauran filayen. Har ila yau, gilashin FTO shine fasahar masana'anta ta fuskar taɓawa wanda ke gane haɗin gilashi da tabawa.

Menene ITO Conductive Glass?

1. ITO conductive gilashin ana kerarre ta hanyar ajiye silicon dioxide (SiO2) da indium tin oxide (wanda aka fi sani da ITO) bakin ciki fina-finai a kan tushen soda-lemun tsami ko borosilicate gilashin ta hanyar yin amfani da magnetron ma'auni hanya.

2. ITO wani nau'i ne na karfe tare da kyawawan abubuwan da ke bayyana gaskiya da gudanarwa. Yana da halaye na bandwidth da aka haramta, babban watsa haske da ƙarancin tsayayya a cikin yankin bakan da ake gani. Ana amfani dashi ko'ina a cikin na'urorin nuni masu inganci, ƙwayoyin hasken rana, da kayan aikin taga na musamman. Kayan aikin dakin gwaje-gwaje da sauran na'urorin optoelectronic.

Menene FTO Conductive Glass?

1. FTO conductive gilashin ne fluorine-doped SnO2 m gilashin conductive (SnO2: F), ake magana a kai a matsayin FTO.

2. SnO2 ne mai faffadan band-gap oxide semiconductor wanda yake bayyananne ga haske mai gani, tare da ratar band na 3.7-4.0eV, kuma yana da tsarin ja na tetrahedral na yau da kullun. Bayan an yi amfani da su tare da fluorine, fim din SnO2 yana da fa'idodin isar da haske mai kyau zuwa haske mai gani, babban haɓakar haɓakar ultraviolet, ƙarancin juriya, kaddarorin sinadarai masu ƙarfi, da juriya mai ƙarfi ga acid da alkali a cikin zafin jiki.

1. Adana Gilashin Gudanarwa

ITO/FTO/AZO gilashin gudanarwa ya kamata a adana shi a dakin da zafin jiki, zafi da ke ƙasa da 65%, kuma adana bushewa;
gilashin ya kamata a sanya shi a tsaye lokacin da aka adana shi. Da gilashin conductive
ya kamata a raba zanen gado ta takarda don hana ions sodium daga shiga cikin layin gudanarwa na IT0 na takarda na gaba (duba tsarin gilashin), yayin da yake hana zanen gilashin manne da juna.

2. Tsaftace gilashin sarrafawa

A lokacin samarwa, marufi da sufuri na gilashin sarrafawa, saman gilashin na iya zama gurɓata da ƙazanta kamar ƙura da maiko.
Mafi na kowa tsaftacewa hanya ne ultrasonic tsaftacewa tare da Organic sauran ƙarfi. Ana aiwatar da tsaftacewa na Ultrasonic gabaɗaya a cikin tsari na:
toluene → ethanol biyu → ruwa mai lalacewa
Man da ke saman gilashin ba ya narkewa a cikin ruwa, amma yana narkewa a cikin kaushi mai ƙarfi kamar toluene, acetone, da ethanol.
Daga cikin su, toluene yana da karfin rage karfin jiki, don haka an fara wanke shi da toluene, amma toluene ba zai iya zama a kan gilashin gilashi ba. Tunda toluene yana narkewa a cikin acetone, ana iya wanke shi da acetone. Ba wai kawai za a iya wanke ragowar man shafawa ba, amma kuma ana narkar da toluene.
Hakazalika, acetone baya zama a saman gilashin. Tun da acetone yana da sauƙin narkewa a cikin ethanol, ana iya wanke shi da ethanol.
Ethanol da ruwa suna narkewa a cikin kowane rabo, kuma a ƙarshe an narkar da ethanol a cikin ruwa mai yawa na decompressed.

BAYANIN FARKO