ultra HuvchoH 'ej Dunbogh jom Solar HIvje'

thickness: 3.2 mm, 4.0 mm

applications: yuvtlhe' HIvje' pv bobcho'

heaters bIQ yuvtlhe' HIvje' solar thermal collectors rur ghap solar

tlhop HIvje' lang mIllogh qonwI' qoSta' solar beq

tlhop HIvje' photovoltaic HIvje'-HIvje' bobcho'

substrate solar neSlo'

bipv bobcho'

HIVJE' DESCRIPTION

●migo Ultra Huv 'ej Dunbogh jom Solar HIvje' 'eblIj DuywI' Sut HabmoHwI' 'eS 'ej Dunbogh jom HIvje' veb puS 91.5 vatlhvI', qaStaHvIS chep transmission Huv. nIvbogh wIv bobcho' photovoltaic, solar thermal collectors 'ej solar neSlo' wa' DavoqmoHDI' jen yIqaw stability QaQ processability je.

●migo nIv HoS solar transmittance offers 'ej ngaDmoH bopummeH solar woj Ultra HuvchoH 'ej Dunbogh jom Solar HIvje'. je tlhov 'ej taQ je environmental taH wa'maHcha'logh Hap 'ay' bobcho' solar QaD vo' bIQ humidity 'ej ingress.

●migo fully: HoSnIS Ultra HuvchoH 'ej Dunbogh jom Solar HIvje' as per en12150. meanwhile, laH deposited anti-reflective coating wa' DopDaq HIvje' chep transmittance ghur pong 2 vatlhvI'.

POTLHMO' CHARACTERISTICS

chep Transmittance	3.2 mm (1 ghap 8 "): vatlhvI' 91.6; 4.0 mm (5 ghap 32 "): 91.5 vatlhvI'
solar Transmittance	3.2 mm (1 ghap 8 "): vatlhvI' 91.1; 4.0 mm (5 ghap 32 "): 91 vatlhvI'
Sut HabmoHwI' 'a ghIH (fe₂o₃)	≤120ppm
specific ngI' (kg ghap m²)	3.2 mm (1 ghap 8 "): 8; 4.0 mm (5 ghap 32 "): 10
thickness tolerance	±0.2 mm
dimension tolerance	±1.0 mm
diagonal difference	≤0.1-0.2%
overall bow ghap warp	﹤0.2%
lutu'lu'bej warp	≤ 0.3 mm ghap 300 mm
fragmentation waH	≥ 40 particles qaStaHvIS 25 cm² en12150-1
certification	EN12150, EN12600, CCC, SGS, SPF

MECHANICAL CHARACTERISTICS

mechanical HoS (n ghap mm²)	≥45 Annealed
mechanical HoS (n ghap mm²)	≥120: HoSnIS, en12150-1
Qup modulus (gpa)	73.1
poisson ratio	0.2
knoop Hardness (kgf ghap mm²)	470
ghu'vetlh (kg ghap m³)	2500

THERMAL CHARACTERISTICS

hemispherical emissivity, (lugh)	vangmeH qel-18℃and 0.84 66℃
expansion coefficient (ghap ℃)	8.6 × 10﹣6 yo'a'neS Hajmo' SabtaHbogh 25℃and 300℃
specific tuj	DuqIppu'chugh 0℃ 100℃ 0.205
thermal conductivity (w ghap m ghap k)	1
lang (℃) softening	723
lang (℃) annealing	544
strain lang (℃)	504