QINGDAO MIGO GLASS CO., LTD
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  • Contact Person : Mr. Bella Xie
  • Company Name : QINGDAO MIGO GLASS CO., LTD
  • Tel : 86-532-85991202
  • Fax : 86-532-80986628
  • Address : shandong,qingdao,Room 1010, Zijin Guang Chang, No.658, Jinggangshan Road, Qingdao, China
  • Country/Region : China
  • Zip : 266555

Ultra Clear Patterned Solar Glass

Ultra Clear Patterned Solar Glass
Product Detailed
Related Categories:Agricultural Product Stock
Ultra Clear Patterned Solar GlassThickness:  3.2mm, 4.0mmApplications: Cover glass for photovoltaic modules                Cover glass for solar thermal collectors / solar water heaters               Greenhouse roof and wall●MIGO Ultra Clear Patterned/Textured Solar Glass is an Extra Clear Low Iron glass formed with a prismatic pattern on one side and a matt pattern on the other side. This ensures the highest light and energy transmission over the whole solar spectrum. ●Combined with the excellent mechanical and thermal characteristics, MIGO Ultra Clear Patterned/Textured Solar Glass is the product of choice for PV modules and solar collectors. MIGO Ultra Clear Patterned Solar Glass ensures non-blinding reflection and a better aesthetics to the solar modules.●MIGO Ultra Clear Patterned Solar Glass is fully tempered as per EN12150. Meanwhile, anti-reflective coating can be deposited on the matt side of glass to increase light transmittance by 2%.TECHNICAL SPECIFICATIONSLight Transmittance3.2mm (1/8"): 91.6%;  4.0mm ( 5/32"): 91.5%Solar Transmittance3.2mm (1/8"): 91.1%;  4.0mm ( 5/32"): 90.9%Thickness tolerance   ±0.2mmDimension tolerance           ±1.0mmDiagonal difference            ≤0.1-0.2%Iron content (Fe2O3)                  ≤120ppmOverall Bow/warp             ﹤0.2%Local warp                   ≤ 0.3mm / 300mmFragmentation Test   ≥79 particles within 50x50mmMECHANICAL & THERMAL CHARACTERISTICSScratch hardness 4~5 Poisson’s Ratio 0.2 Density 2.5×10³ kg/m³ Tensile Strength 42N/mm2 Pressure resistance 700-900N/mm² Four Point Bending Test ≥146.7 N/mm² Coefficient of thermal conduction ≤ 1.36 W/(m*K)


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