Phone：15062273338
Xinjiang GCL New Energy Materials Technology Co., Ltd. was established on December 6, 2016. It is a science and technology leading comprehensive energy leading enterprise focusing on new energy and clean energy, with diversified development of related industries. Its main business covers electric power, photovoltaic manufacturing, natural gas, industrial park, integrated circuit materials, mobile energy and new ecology of electric industry.
GCL group has a complete PV vertical integration industrial chain covering silicon materials, silicon wafers, batteries, modules, system integration, and the development and operation of photovoltaic power stations. It is the chairman unit of Global Solar Energy Council and Asia Photovoltaic Industry Association. With a number of independent and controllable core technologies such as GCL polycrystalline silicon production method, GCL has promoted the reduction of power consumption and cost of polycrystalline silicon by 64% and 90% respectively within 10 years.
It has been in the forefront of polysilicon production and market share in the world for many years. In the field of battery and module manufacturing, since the restructuring of ultra solar in 2014, it has become one of the top ten global suppliers in only three years. Actively implement the strategy of "single and polycrystalline peers", lead the technological progress and cost reduction of photovoltaic industry through independent research and development, domestic and foreign cooperation and mergers and acquisitions, and promote the affordable access of photovoltaic power generation.
The silicon powder positive pressure dense phase pneumatic conveying device of Xinjiang GCL new energy material technology Co., Ltd. is a customized service provided by Nanjing Xiangrui Powder Engineering Co., Ltd. Xiangrui can provide users with a wide range of bulk handling equipment and systems, including pneumatic conveying, blending homogenization, weighing and metering, unpacking and bag opening, dust collection and other systems. It can provide users in various industries with good design schemes. Zero