iglasi yesigqubuthelo se-ITO yesiko lomboniso wokhuselo we-EMI

isiko ITO cover glass for EMI ekhusela umboniso Featured Image

Iimbonakalo:

Ubungakanani obuqhelekileyo kunye nokumila

Ubuninzi bomzimba obuphezulu bokugquma

Ukuchasana kombane ngokuthe ngqo

iglasi ephezulu yokumelana (ukumelana phakathi kwe-150 kunye ne-500 ohms)

iglasi eqhelekileyo (ukumelana phakathi kwe-60 kunye ne-150 ohms)

iglasi ephantsi yokumelana (ukumelana ngaphantsi kwe-60 ohms)

Ukusingqongileyo okuphezulu kunye nokuzinza kobushushu

I-conductivity yombane egqwesileyo kunye nokucaca okubonakalayo

Ukwaleka ukufana

Ukukwazi ukukhusela i-Electromagnetic Fields

Ingafakwa kwifilimu encinci

Thermally kunye neekhemikhali uzinzile

Cela ukucaphula

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimveliso Pis

I-ITO conductive iglasi egqunywe ngeglasi yenziwe ngokusasaza isilicon dioxide (SiO2) kunye ne-indium tin oxide (eyaziwa ngokuba yi-ITO) umaleko wetekhnoloji yemagnetron yokutshiza kwiglasi ephantsi kweglasi phantsi kwemeko yokucoca ngokupheleleyo, isenza ubuso obugqunyiweyo bube conductive, i-ITO yikhompawundi yentsimbi ecacileyo kwaye iipropati conductive.

I-EMI ikhusela iglasi

2mm ito yokugquma iglasi yesigqubuthelo sepaneli yokucoca

I-3mm epholileyo ibe yiglasi yokugquma

4mm ito glass yecapacitive touch switch

Idatha yobugcisa

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

Ukumelana neglasi
Uhlobo lokuchasa	ukumelana okuphantsi	ukuxhathisa okuqhelekileyo	ukumelana okuphezulu
Ingcaciso	<60Ω	60-150Ω	150-500Ω
Isicelo	Iglasi yokuxhathisa ephezulu isetyenziselwa ukhuseleko lwe-electrostatic kunye nokuveliswa kwesikrini sokuchukumisa	Iglasi yokuxhathisa eqhelekileyo isetyenziswa ngokubanzi kuhlobo lwe-TN lolwelo lokubonisa ikristale kunye ne-elektroniki yokuchasana nokuphazamiseka (Emi shielding)	Iglasi yokumelana ephantsi isetyenziswa ngokubanzi kwi-STN liquid crystal displays kunye neebhodi zesekethe ezicacileyo

Uvavanyo olusebenzayo kunye nokuthembeka kovavanyo
Ukunyamezelana	±0.2mm
Warpage	ubukhulu＜0.55mm, iphepha lokulwa≤0.15% ubukhulu＞0.7mm, iphepha lokulwa≤0.15%
ZT nkqo	≤1°
Ukuqina	>7H
Uvavanyo lwe-Coating Abrasion	0000 # uboya bentsimbi kunye ne 1000gf,I-6000cycles,40cycles / min
Uvavanyo lwe-anti Corrsion (uvavanyo lokutshiza ngetyuwa)	Uxinzelelo lwe-NaCL 5%: Ubushushu: 35 ° C Ixesha lokulinga: 5min ukumelana nokutshintsha≤10%
Uvavanyo lokuxhathisa ukufuma	60℃,90%RH,Ukutshintsha kweeyure ezingama-48 zokuchasana≤10%
Uvavanyo lokumelana ne-Acid	Uxinzelelo lwe-HCL: 6%, Ubushushu: 35 ° C Ixesha lokulinga: Ukutshintsha kwe-5min yokuchasana≤10%
Uvavanyo lokumelana ne-alkali	I-NaOH yoxinaniso: 10%, Ubushushu: 60 ° C Ixesha lokulinga: 5min yokutshintsha ukuchasana≤10%
Uzinzo lweThemal	Iqondo lobushushu:300°C ixesha lokufudumeza:30min ukuxhathisa utshintsho≤300%

Iyaqhuba

Itshathi yokuHamba kweIto yeglasi

Kukho i-Sio2 eWalekeneyo phantsi kwe-Ito Coating, yintoni leyo?

Si02 umaleko:
(1) Indima yomaleko we-SiO2:
Injongo ephambili kukuthintela i-ion zetsimbi kwi-soda-calcium substrate ukuba ingasasazeki kwi-ITO layer.Ichaphazela ukuhanjiswa kwe-ITO layer.

(2) Ubunzima befilimu yomaleko we-SiO2:
Ubukhulu befilimu obuqhelekileyo buqhele ukuba ngama-250 ± 50 Å

(3) Amanye amacandelo kumaleko we-SiO2:
Ngokuqhelekileyo, ukwenzela ukuphucula ukuhanjiswa kweglasi ye-ITO, inxalenye ethile ye-SiN4 ifakwe kwi-SiO2.

Zombini ziyiGlasi eqhubayo,Yintoni iFto Glass?