BJAS Composites Technology Co., Ltd. is a high-tech enterprise which focuses on the R & D, design and manufacturing of lightweight structural parts, functional parts and new materials for the aerospace, aviation, rail transit, shipbuilding and car industries.
The company's team is forged by the young technical backbone originated from aerospace & aviation leading institutes and talents from domestic and international well-known universities. The team is committed to the innovation and application of aerospace technology, and has a leading domestic technical level in advanced aircraft composite structure, mechanical design, advanced manufacturing of composite materials and processes, and research and development of intelligent composite materials.With first-class domestic research team, our company is dedicated to structural design, tooling design and mechanical equipment and manufacture product with high quality lightweight solutions. We provide and deliver high technology involved, highly reliable, and low cost structural part design and manufacture service and we want to take the lead in research and development of composite structure design in great China area.
The company cooperates with universities such as Tsinghua University, Beihang University, Wuhan University of Technology. Aiming to build the advanced R & D Center for lightweight structural part design and manufacturing base.
The specific capabilities are mainly reflected in the following aspects:
Carbon fiber reinforced composites structural parts
High and low temperature resistant composite molding technology
Possesses high temperature (Tg> 400 ℃) resin matrix RTM, autoclave, vacuum infusion and other molding process capabilities.
Manufacturing technology of composite sandwich structure
With foam (PMI / PET / PVC / polyurethane / carbon foam), honeycomb (aluminum honeycomb / NOMEX / FRP / PP), hollow fabric and other sandwich structure composite materials development and batch production capacity
Composite low-cost manufacturing technology
It has mature vacuum infusion technology of composite materials; developed phenolic and epoxy prepreg that can be used for vacuum compaction.
Composite material processing and assembly technology
Possesses the processing technology of fiber reinforced resin matrix composite materials such as turning, milling, engraving, numerical control, etc., and has rich experience in assembling composite materials with large and complex structures.