Carbon Fiber Ushering In New Development And New Opportunities

It is a new type of high strength and high modulus fiber material with a carbon content of more than 95%.

Carbon fiber is lighter than metal aluminum, but its strength is higher than steel.

Carbon fiber was first used in sports and leisure fields such as fishing rods and golf clubs. Nowadays, with the development of technology and the improvement of cost performance, the demand for carbon fiber in wind power, automobile industry, aerospace industry and other fields has gradually expanded.

Recent national energy board

The "National Offshore Wind Power Promotion Association" and announced the "national offshore wind power development and construction plan (2014-2016)". The plan shows that 9 projects approved by 1.75GW have been approved, and 35 8.53GW projects are being launched. We believe that offshore wind power is the future development space of China's wind power industry, and offshore wind power development requires more lightweight, more resistant and more corrosion resistant new materials and equipment, and carbon fiber is a reliable choice.

Due to the global promotion of energy saving and emission reduction, the automotive industry has entered the era of lightweight. The high strength and light weight properties of carbon fiber have gradually become the "new favorite" of the automotive industry.

Recently, according to the plan announced by BMW, the use of carbon fiber materials is one of its development strategies. I3 and I8 have been widely used in carbon fiber materials.

And BMW and its co supplier of carbon fiber materials, MAI, are launching the company.

Reduce the cost of carbon fiber production projects.

The high performance carbon fiber industrialization project developed by the Shanxi Coal Chemistry Research Institute of the Chinese Academy of Sciences and Taiyuan iron and Steel Group Co., Ltd. has achieved the T800 line of carbon fiber line and M55J graphite fiber line through the whole process, and has entered the trial production stage.