consuetudo 1.1mm ito vitreo conductivo

custom 1.1mm ito vitreum conductivum Featured Image

Features:

Materia: 1.1mm asahi vitrum

Size:214.8*95.8*1.1mm

CNC apparatus in ore gladii

Chemically confortatus

ITO coating ante superficiem

Resistentia: 40-60 olim

Princeps corporis densitate coating

Princeps environmental et temperatus stabilitas

Optimum electrica conductivity et diaphanum opticum

Scelerisque ac chemica stabilis

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ITO vitrum bitumen conductivum fit patula dioxide silicon (SiO2) et indium oxydi stagni (vulgo ITO) iacuit magnetron technologia putris vitreae sub conditione vitreo sub condicione prorsus vacuato, faciei conductiva lita faciens, ITO mixtum metallicum cum bono perspicuo et possessiones conductas.

Technical data

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

Speculum resistentiae
Resistentia type	humilis resistentia	normalis resistentia	magno resistentia
Definition	<60Ω	60-150Ω	150-500Ω
Applicationem	Repugnantia vitrea magna plerumque adhibentur ad tutelam electrostaticam et tactum productionis screen	Vitreum resistentia ordinaria plerumque adhibetur pro TN specie liquida cristallinae ostentationis et electronic anti-incursio (EMI protegens)	Vitrum humilis resistentia plerumque adhibetur in STN liquido crystallo exhibito et ambitu tabulae pellucidae

Eget test et reliability test
tolerantia	±0.2mm
Warpage	crassitudine<0.55mm, warpage≤0.15% crassitudine>0.7mm, warpage≤0.15%
ZT vertical	≤1°
duritia	>7H
Abrasion test coating	0000# ferro lanae cum 1000gf.6000cycles,40cycles/min
Anti corrsion test (sal imbre test)	NaCL concentration 5%:Temperature: 35°CExperimentum temporis: 5min resistentia change≤10%
Repugnantia Umor test	60℃.90% RH.XLVIII horis resistentia change≤10%
Acidum resistentia test	HCL retrahitur: 6%, Temperature: 35°CExperimentum temporis: 5min resistentia change≤10%
Alkali resistentia test	NaOH concentratio: X%, Temperature: LX°CExperimentum temporis: 5min resistentia change≤10%
Themal stabilitatis	Temperature:300°Ccalefacit tempus: 30min resistentia change≤300%