Dongguan CSG Solar Glass Co., Ltd, a subsidiary company of CSG holding, was established in October, 2005 with a total investment of 600 million RMB.

The company now has a daily melting capacity of 650 tons and annual deep processing capacity of 20,000,000 SQM, which could provide glass for manufacturing 240MW solar modules per month. Our main facilities, imported from Europe with internationally advanced level, lay a mechanical foundation for manufacturing high quality solar glass.

We have an integrated R&D system and establish a solar glass R&D center, which could keep CSG in the lead in the solar glass filed all over the world.

Our company has passed ISO9001：2000 quality system certification (including US ANAB and UK UKAS), ISO14001 environment management system certification, OHSAS18001 occupational health and safety management system certification as well as authoritative certificates both at home and abroad, such as ROHS, 3C, SPF, JIS R 3206-1997, EN1288-3, ANSIZ97.1-2004 and EN12600：2002.

With abundant glass manufacturing experience, fine management and profound understanding of the photovoltaic industry, CSG builds its leading status in the solar glass field. Maintaining the company spirit of “practical, innovative, cooperative, efficient” we would like to create a bright future with our customers our top quality product and excellent after service.

Product Introduction 　　We are producing three series of low iron solar glass to meet different customers’ requirements:
Primary low iron solar glass
Tempered low iron solar glass
Anti-reflective coating low iron solar glass
Low iron patterned solar glass, combined with nanometer anti-reflective coating technology, increases solar transmittance by way of decreasing light reflectance, thus increasing the solar cell output. Besides, it reduces the reflected glare of the glass and pollution caused by the reflectance to the environment. The super water-wet behavior of the coating could in some degree protect the dust and dirt from shading the light and improve the self-cleaning of the glass so that the solar cell could maintain high efficiency. Light transmittance could be increased by above 2.5% and module output could be increased by above 2%.