Musamman 2.2mm 15ohm 200ű 50ŠTsarin ITO Glass don Lab
Matsayin Lantarki/Maɗaukakin Madaidaici/Super Flatness Akwai Tare da Tsari Mai Yawa
Girman: 75x20x1.1mm 10-15ohm/sq 5/10/20pcs per fakitin yana samuwa a nan
1. ITO shine gilashin indium tin oxide mai rufi tare da ƙananan juriya na takarda da babban watsawa. Yanayin aiki ƙasa da 300 ℃.
2. Siga Sheet Juriya: 82% – Conductive Layer kauri: 1000 ± 200A – Fim mai sheki: zinariya-rawaya–Cross sashe launi: blue
3. CNC yankan CNC ya cimma daidaitattun iko mai girma.
4. Kundin kwararru & kunshin tsari-sikelin tsari don yin allo uniform da santsi. & Kowane gilashi yana rabu da fim ɗin takarda don kare sutura kuma kauce wa karya.
5. Ana amfani da aikace-aikacen ITO sosai a fuskar wayar hannu, OLED, OPV, PDA, kalkuleta, e-book, na'urorin electrochromic, garkuwar lantarki, photocatalysis, ƙwayoyin rana, gwaje-gwajen halittu, gwaje-gwajen electrochemical (electrodes) .da sauransu.
ITO gilashin indium tin oxide mai rufi ne kuma yana cikin TCO (transparent conductive oxide) gilashin gudanarwa.ITO yana da ƙarancin juriya na takarda da babban watsawa. Aiki da zafi kasa da 300 ℃.It ne yadu amfani a wayar hannu fuska fuska, OLED, OPV, PDA, kalkuleta, e-littafi, electrochromic na'urorin, electromagnetic garkuwa, photocatalysis, hasken rana Kwayoyin, nazarin halittu gwaje-gwaje, electrochemical gwaje-gwaje (electrodes) .da dai sauransu
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. Marufi da sufuri
- Fakitin gilashin ITO/FTO/AZO gabaɗaya an haɗa shi a cikin fakitin tabbacin takarda (wanda ya dace da babban yanki ko marufi na gilashin ƙarami)
- ko marufi da aka yi da filastik (wanda ya dace da marufi mai girma tare da babban yanki, firam ɗin filastik da sassan hulɗar gilashi gabaɗaya ba a amfani da su) .
- Bayan an raba gilashin madubi ko firam ɗin ɓangaren, gabaɗaya an cika shi sosai tare da fim ko takarda don hana zamewa da shafa tsakanin gilashin da tsakanin gilashin da fakitin yayin sufuri don shafar aikin gilashin.
2. Etching na ITO conductive gilashin
Hakanan muna ba da sabis na etching don gilashin sarrafa ITO/FTO. Da fatan za a aiko mana da zane-zane da girma.
Bayan tabbatar da buƙatarku, zai ɗauki kimanin kwanaki 10 don keɓancewa, sannan za mu iya jigilar muku kayan.
- Layin gilashin gudanarwa na IT0 shine indium tin oxide (IT0 a takaice) kuma yana amsawa cikin sauƙi da acid.
- An shirya maida hankali na acid hydrochloric bisa ga kauri na IT0 conductive Layer Kuma lokacin etching.
- A zafi hydrochloric acid iya hanzarta etching aiwatar.
BAYANIN FARKO
ZIYARAR KWASTOMAN & BAYANI
DUK KAYAN DA AKE AMFANI SUKE MAI CIGABA DA ROHS III (Turai VERSION), ROHS II (SIN KASAR CHINA), ISAR (VERSION na yanzu)
KASAR MU
LAYIN KASARMU & WAREHOUSE
Lamianting m fim - Pearl auduga shiryarwa - Kraft takarda shiryawa
IRIN ZABIN RUFE 3
Fitar da fakitin katako - Fitar da fakitin kwali na takarda
Aiko mana da sakon ku:
Ku rubuta sakonku anan ku aiko mana
