Ingilazi eqhuba i-ITO yenziwe ngengilazi ye-substrate esekelwe ku-soda-lime noma i-silicon-boron futhi imbozwe ngesendlalelo sefilimu ye-indium tin oxide (eyaziwa kakhulu ngokuthi i-ITO) ngokukhipha i-magnetron.
Ingilazi eqhuba i-ITO ihlukaniswe ngengilazi ekwazi ukumelana okuphezulu (ukumelana okuphakathi kwama-ohms angu-150 kuya kwangu-500), ingilazi evamile (ukumelana okuphakathi kwama-ohms angu-60 kuya kwangu-150), kanye nengilazi ekwazi ukumelana okuphansi (ukumelana okungaphansi kwama-ohms angu-60). Ingilazi ekwazi ukumelana okuphezulu ngokuvamile isetshenziselwa ukuvikela ugesi kanye nokukhiqizwa kwesikrini sokuthinta; ingilazi evamile ngokuvamile isetshenziselwa ukubonisa ikristalu yoketshezi lwe-TN kanye nokulwa nokuphazamiseka kwe-elekthronikhi; ingilazi ekwazi ukumelana okuphansi ngokuvamile isetshenziselwa ukubonisa ikristalu yoketshezi lwe-STN kanye namabhodi wesekethe abonakalayo.
Ingilazi eqhubayo ye-ITO ihlukaniswe yaba yi-14″x14″, 14″x16″, 20″x24″ kanye nezinye izici ngokuya ngosayizi; ngokuya ngobukhulu, kukhona i-2.0mm, 1.1mm, 0.7mm, 0.55mm, 0.4mm, 0.3mm kanye nezinye izici, ubukhulu obungaphansi kwe-0.5mm busetshenziswa kakhulu emikhiqizweni yokubonisa i-STN liquid crystal.
Ingilazi eqhubayo ye-ITO ihlukaniswe ngengilazi epholishiwe kanye nengilazi evamile ngokuya ngobucaba.
I-Saida Glass ingumhlinzeki wokucubungula ingilazi odumile emhlabeni wonke osezingeni eliphezulu, onentengo encintisanayo kanye nesikhathi sokulethwa ngesikhathi. Isebenzisa ingilazi ngokwezifiso ezindaweni eziningi futhi igxile kuphaneli yokuthinta ingilazi, iphaneli yengilazi yokushintsha, ingilazi ye-AG/AR/AF/ITO/FTO kanye nesikrini sokuthinta sangaphakathi nangaphandle.
Isikhathi sokuthunyelwe: Septhemba-07-2020