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Low Iron Prismatic/Matt Solar Glass |
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Thickness: 3.2mm /4mm
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| Dimension:2160*3000 mm(Max) |
| Applications: Cover glass for PV modules |
| Cover glass for solar collectors |
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CJ-P/M Tempered Solar Glass is Low Iron patterned glass formed with a prismatic pattern on one face and a matt pattern on the other face. This ensures the highest energy transmission over the whole solar spectrum
CJ advantages: with the excellent durability for products of photovoltaic modules, thermal collectors, and water heater.
Excel in supplying big size, special shape solar glass (not standard), like triangle, trapezoid, rotundity and other shape, which have rich experience.
CJ Solar Glass conforms to EN12150，meanwhile, we can make Anti-reflection coating on the glass |
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| MAIN CHARACTERISTICS |
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| Energy Transmission (%) |
3.2mm : 91.6; 4mm : 91.2 |
| Light Transmission (%) |
3.2mm : 91.9; 4mm : 91.5 |
Thickness tolerance |
±0.2mm |
Dimension tolerance |
±1.0mm |
Diagonal difference |
≤0.1-0.2% |
Iron content |
＜120ppm |
Overall Bow/warp |
＜0.2% |
Local warp |
＜0.3mm within 300mm |
Toughened particle degree |
≥ 40 particle granularity within 50x50mm |
| MECHANICAL / THERMAL CHARACTERISTICS |
| Scratch hardness |
4~5 |
| Poisson’s Ratio |
0.2 |
| Density |
2.5*103 kg/m3 |
| Tensile Strength |
25 N/mm2 |
| Pressure resistance |
700-900N/mm2 |
| Bending Strength |
90N/mm2 |
| Coefficient of thermal conduction |
≤ 1.36 W/(m*K) |
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Low Iron Matt/Matt Solar Glass |
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Thickness:3.2mm/4mm |
| Dimension:2160*3000 mm |
| Applications: Cover glass for PV modules |
| Cover glass for solar collectors |
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CJ-M/M Tempered Solar Glass is Low Iron patterned glass formed with a matt pattern on one face and a matt pattern on the other face.This ensures the highest energy transmission over the whole solar spectrum
CJ advantages: with the excellent durability for products of photovoltaic modules, thermal collectors, and water heater. Excel in supplying big size, special shape solar glass (not standard), like triangle, trapezoid, rotundity and other shape, which have rich experience.
CJ Solar Glass conforms to EN12150，meanwhile, we can make Anti-reflection coating on the glass. |
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| MAIN CHARACTERISTICS |
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| Energy Transmission (%) |
3.2mm : 91.3; 4mm : 91 |
| Light Transmission (%) |
3.2mm : 91.6; 4mm : 91.3 |
Thickness tolerance |
±0.2mm |
Dimension tolerance |
±1.0mm |
Diagonal difference |
≤0.1-0.2% |
Iron content |
＜120ppm |
Overall Bow/warp |
＜0.2% |
Local warp |
＜0.3mm within 300mm |
Toughened particle degree |
≥ 40 particle granularity within 50x50mm |
| MECHANICAL / THERMAL CHARACTERISTICS |
| Scratch hardness |
4~5 |
| Poisson’s Ratio |
0.2 |
| Density |
2.5*103 kg/m3 |
| Tensile Strength |
25 N/mm2 |
| Pressure resistance |
700-900N/mm2 |
| Bending Strength |
90N/mm2 |
| Coefficient of thermal conduction |
≤ 1.36 W/(m*K) |
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Ultra Clear float Solar Glass |
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Thickness:3mm/3.2mm~12mm |
| Dimension::2100*3600 mm |
| Applications : Cover glass for PV modules |
| Cover glass for solar collectors |
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CJ-U/C tempered solar glass is an extra clear float glass . This ensures the highest energy transmission over the whole solar spectrum
CJ advantages: with the excellent durability for products of thin film modules, thermal collectors, and water heater.
Excel in supplying big size, special shape solar glass (not standard), like triangle, trapezoid, rotundity and other shape, which have rich experience.
CJ Solar Glass conforms to EN12150，meanwhile, we can make Anti-reflection coating on the glass
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| MAIN CHARACTERISTICS |
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| Energy Transmission (%) |
3.2mm : 90.8; 4mm : 90.5 |
| Light Transmission (%) |
3.2mm : 91.1; 4mm : 90.8 |
Thickness tolerance |
±0.2mm |
Dimension tolerance |
±1.0mm |
Diagonal difference |
≤0.1-0.2% |
Iron content |
＜120ppm |
Overall Bow/warp |
＜0.2% |
Local warp |
＜0.3mm within 300mm |
Toughened particle degree |
≥ 40 particle granularity within 50x50mm |
| MECHANICAL / THERMAL CHARACTERISTICS |
| Scratch hardness |
4~5 |
| Poisson’s Ratio |
0.2 |
| Density |
2.5*103 kg/m3 |
| Tensile Strength |
25 N/mm2 |
| Pressure resistance |
700-900N/mm2 |
| Bending Strength |
90N/mm2 |
| Coefficient of thermal conduction |
≤ 1.36 W/(m*K) |
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