On November 12, China Aerospace Carbon Materials Industrial Base was put into production in Qingyun County, Shandong Province. The project was jointly established by the Institute of Aerospace Materials and Technology under the China Academy of Launch Vehicle Technology and Qingyuan County. On the same day, Qingyun County and the Institute of Aerospace Materials and Technology signed a strategic cooperation agreement for the Aerospace New Materials Industrial Park.
The project construction plan is divided into two phases and it is planned to be completed in 2015. After the completion of the production line for all new projects, the annual sales income will reach 10 billion yuan and the profit will reach 2.5 billion yuan. Within 5 years, it will become the leading and internationally advanced R&D and production base for ultra-large carbon fiber composite materials. The first phase of the project has a building area of ​​about 5,500 square meters. It mainly installs about 50 sets of key equipments for thermal compounding of carbon materials, representing the highest technological level of related industries in the country and the international advanced technology of carbon material forming. Level.
The China Aerospace Carbon Materials Production Base project has internationally advanced carbon material core processing technology and molding technology. It produces thermal photovoltaic materials for solar photovoltaic cells, nuclear grade graphite plates, graphite absorption spheres, artificial ligaments and carbon brake discs and other products, filling China's Carbon fiber composite materials and process blanks are widely used in new energy, transportation, biomedical, energy conservation and environmental protection.
The project construction plan is divided into two phases and it is planned to be completed in 2015. After the completion of the production line for all new projects, the annual sales income will reach 10 billion yuan and the profit will reach 2.5 billion yuan. Within 5 years, it will become the leading and internationally advanced R&D and production base for ultra-large carbon fiber composite materials. The first phase of the project has a building area of ​​about 5,500 square meters. It mainly installs about 50 sets of key equipments for thermal compounding of carbon materials, representing the highest technological level of related industries in the country and the international advanced technology of carbon material forming. Level.
The China Aerospace Carbon Materials Production Base project has internationally advanced carbon material core processing technology and molding technology. It produces thermal photovoltaic materials for solar photovoltaic cells, nuclear grade graphite plates, graphite absorption spheres, artificial ligaments and carbon brake discs and other products, filling China's Carbon fiber composite materials and process blanks are widely used in new energy, transportation, biomedical, energy conservation and environmental protection.
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