The first New Focus (C519) roll-off ceremony was held in Changan Ford's Chongqing engine plant. The door substrate design of the car uses a carbon fiber composite solution developed by JFKJ Carbon Fiber Company. The first New Focus (C519) roll-off ceremony was held in Changan Ford's Chongqing engine plant. The door substrate design of the car uses a carbon fiber composite solution developed by JFKJ Carbon Fiber Company.
The Changan Ford OEM plant in Chongqing recently held the first New Focus (C519) roll-off ceremony.
This marks the first product of JFKJ Carbon Fiber Co., Ltd., continuous fiber reinforced thermoplastic composites, which has achieved mass production applications in the field of automotive lightweight.
The door system supplier of Changan Ford C519, Brose, Germany, innovatively adopted the hybrid material solution of organic plate composite material and LFT to replace the traditional steel or single long fiber PP solution, supporting the new hybrid process molding production line (molding injection) to achieve The manufacturing of thermoplastic composite door substrates.
Compared with steel and long-fiber PP door systems, thermoplastic composite door systems can effectively reduce weight by 5kg / car or 2kg / car. Due to the introduction of continuous fiber materials, the new door substrate design solution is lighter in weight, higher in strength, and more efficient. It can integrate more functions and modules, saving production and installation of multiple sub-components and multiple welding processes, further reducing The weight cost and assembly workload of the door system assembly are obtained. This innovative material solution has also been highly recognized by the OEM Ford.
The carbon fiber composite material of Changan Ford C51 door substrate is researched and developed by JFKJ Carbon Fiber New Material Development Co., Ltd.
For four years, blond carbon fiber company has continuously invested huge R & D resources on the C519 door substrate project, and formed a R & D team with multiple returnees as its core, which has successively broken through the stable preparation of ultra-thin UD strips and the design of CrossPly automatic production equipment Development, online full-process quality monitoring, multi-layer organic board composite material structure design and manufacturing process calculation simulation, organic board parts defect prediction and other key technologies have laid a solid foundation for the success of the project and the company's future product development and market expansion. The basics.
JFKJ Carbon Fiber New Material Development Co., Ltd., a wholly-owned subsidiary of JFKJ Technology since its establishment in 2012, has been committed to research and development of technical products and market development in the field of high-performance composite materials. Relying on the strong technical strength of JFKJ Technology in the polymer field, JFKJ Carbon Fiber Co., Ltd. has developed a series of innovative composite materials. The representative products have broad application prospects in the fields of transportation and automotive lightweight structural materials.