ingilazi yekhava ye-ITO yangokwezifiso yesibonisi sokuvikela se-EMI

Izici:

Usayizi ngokwezifiso nesimo

Ukuminyana okuphezulu ngokomzimba kokunamathela

Ukumelana nogesi okuqondile

ingilazi ephezulu yokumelana (ukumelana phakathi kuka-150 no-500 ohms)

ingilazi evamile (ukumelana phakathi kuka-60 no-150 ohms)

ingilazi yokumelana ephansi (ukumelana okungaphansi kuka-60 ohms)

Ukuzinza okuphezulu kwemvelo kanye nezinga lokushisa

Excellent conductivity kagesi kanye optical transparency

Ukufana kokugqoka

Amandla okuvikela i-Electromagnetic Fields

Ingafakwa efilimu elincanyana

Izinzile ngokwezinga lokushisa namakhemikhali

Cela ukucaphuna

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Imikhiqizo Izithombe

I-ITO conductive glass coated yenziwe ngokusabalalisa i-silicon dioxide (SiO2) kanye ne-indium tin oxide (evame ukwaziwa ngokuthi i-ITO) ngobuchwepheshe be-magnetron sputtering ku-substrate yengilazi ngaphansi kwesimo esingenalutho ngokuphelele, okwenza ubuso obumboziwe buthandeke, i-ITO iyinhlanganisela yensimbi enokukhanya okuhle futhi izakhiwo conductive.

I-EMI ivikela ingilazi

Ingilazi yekhava yephaneli yokuthinta engu-2mm

Ingilazi engu-3mm yekhava eyi-conductive

Ingilazi engu-4mm ye-capacitive touch switch

Idatha yobuchwepheshe

Ubukhulu bengilazi ye-ITO	0.4mm, 0.5mm, 0.55mm, 0.7mm, 1mm, 1.1mm, 2mm, 3mm, 4mm
ukumelana	3-5Ω	7-10Ω	12-18Ω	20-30Ω	30-50Ω	50-80Ω	60-120Ω	100-200Ω	200-500Ω
ukujiya enamathela	2000-2200Å	1600-1700Å	1200-1300Å	650-750Å	350-450Å	200-300Å	150-250Å	100-150Å	30-100Å

Ukumelana nengilazi
Uhlobo lokumelana	ukumelana okuphansi	ukumelana okuvamile	ukumelana okuphezulu
Incazelo	<60Ω	60-150Ω	150-500Ω
Isicelo	Ingilazi yokumelana okuphezulu ngokuvamile isetshenziselwa ukuvikelwa kwe-electrostatic kanye nokukhiqizwa kwesikrini sokuthinta	Ingilazi ejwayelekile yokumelana imvamisa isetshenziselwa ukubonisa ikristalu yohlobo lwe-TN kanye ne-electronic anti-interference(EMI shielding)	Ingilazi yokumelana okuphansi ivame ukusetshenziswa kuma-STN liquid crystal display kanye namabhodi wesekethe asobala

Ukuhlolwa okusebenzayo nokuhlolwa kokwethembeka
Ukubekezelelana	±0.2mm
I-Warpage	ukujiya＜0.55mm, i-warpage≤0.15% ukujiya＞0.7mm,warpage≤0.15%
I-ZT imile	≤1°
Ukuqina	> 7H
Ukuhlolwa kwe-Coating Abrasion	0000# uboya bensimbi obuno-1000gf,6000cycles,40cycles/min
I-Anti Corrsion Test (ukuhlolwa kwesifutho sikasawoti)	I-NaCL concentration 5%: Izinga lokushisa: 35°C Isikhathi sokuhlola: 5min ukumelana noshintsho≤10%
Ukuhlolwa kokumelana nokuswakama	60℃,90%RH,48 amahora ukumelana ukushintsha≤10%
Ukuhlolwa kokumelana ne-Acid	Ukuhlushwa kwe-HCL:6%,Izinga lokushisa:35°C Isikhathi sokulinga: 5min ukumelana noshintsho≤10%
Ukuhlolwa kokumelana ne-alkali	Ukuhlushwa kwe-NaOH:10%,Izinga lokushisa: 60°C Isikhathi sokulinga: 5min ukumelana noshintsho≤10%
Ukuzinza kwe-Themal	Izinga lokushisa:300°C isikhathi sokushisa:30min ukumelana noshintsho≤300%

Iyacubungula

Ishadi Le-Ito Glass Flow

Kukhona I-Sio2 Imbondela Ngaphansi Kwe-Ito Coating, Yini Lokho?

Isendlalelo se-Si02:
(1) Indima yesendlalelo se-SiO2:
Inhloso enkulu ukuvimbela ama-ion ensimbi ku-soda-calcium substrate ukuthi angasabalalisi kungqimba lwe-ITO.Ithinta ukuqhutshwa kwesendlalelo se-ITO.

(2) Ugqinsi lwefilimu longqimba lwe-SiO2:
Ugqinsi lwefilimu olujwayelekile luvamise ukuba ngu-250 ± 50 Å

(3) Ezinye izingxenye kusendlalelo se-SiO2:
Ngokuvamile, ukuze kuthuthukiswe ukudluliswa kwengilazi ye-ITO, ingxenye ethile ye-SiN4 ifakwa ku-SiO2.

Zombili ziyi-Glass Conductive, Iyini i-Fto Glass?