Click on the image to check the artwork
By certification 
Â
Patterned solar glass is a kind of translucent glass substrate with its matt surface and prismatic surface diffuse reflection, which can effectively decrease light reflection, and remain very high light transmittance at any angle of incidence.
Low-iron patterned solar collector glass has a lower percentage of iron oxide than standard float glass, mainly used on solar panels because of its super light and solar energy transmittance rate. Therefore, solar patterned glass is also called photovoltaic glass and energy saving glass. When toughened, its strength and durability make it the ideal choice for crystalline silicon photovoltaic application as well as for solar thermal collectors.
Â
Â
|
Product name |
Low-iron patterned glass |
||
|
Thickness |
3.2mm/4mm |
||
|
Glass shape |
Flat |
||
|
Light transmittance (LT) |
Normal iron patterned |
3.2mm≥89% |
4mm≥86% |
|
Low-iron patterned |
3.2mm≥91.6% |
4mm≥90.6% |
|
|
Low-iron patterned with AR |
3.2mm≥93.6% |
4mm≥92.6% |
|
|
Size |
1830*2134mm, 1830*2440mm, 1650*2134mm, 1650*2440mm, 650*1830mm, 920*1016mm, and 1500*2000mm Any other size may be available as per customers |
||
|
Edgework |
Just cutting, flat edge, round edge, seamed edge and polished edge |
||
|
Standard |
EN12150-1, EN1288-3 certification by TUV Rheinland |
||
Â
Â
Â
Â
Â
Â
Â
High Transparency: The low-iron composition of the glass ensures exceptional transparency, allowing maximum light transmission to reach the solar collector beneath. This high transparency optimizes the efficiency of solar energy conversion.
Â
Patterned Design: The glass is patterned with specialized textures or coatings, which can enhance light absorption and minimize reflection. These patterns help capture more sunlight and direct it towards the solar collector, maximizing energy generation.
Â
Reduced Iron Content: The low-iron composition of the glass significantly reduces light absorption and color distortion, resulting in clearer and more accurate transmission of sunlight. This ensures minimal energy loss and improved performance of the solar collector.
Â
Enhanced Heat Transfer: The patterned design of the glass promotes efficient heat transfer from the glass surface to the solar collector. This feature enables better utilization of solar energy for applications such as solar water heating or space heating.
Â
Durability: The low-iron patterned solar collector glass is manufactured using tempered or toughened glass technology, which enhances its mechanical strength and resistance to thermal stress. This durability makes it suitable for outdoor installations and ensures long-term performance and reliability.
Â
http://www.migoglasstech.com/
