Multiple yarn type filament winder by multiple carbon fibers handling technology
・ Independent structure of helical unit and hoop unit
・ Improvement of mechanical property by non-crimp structure
・ Higher flexibility of winding angle design compared to the conventional winders
Effect(s)
・ 50 times higher productivity compared to the conventional winders
・ Excellent mechanical property
・ Winding design with higher flexibility
Gifu University (Role: Evaluation of basic properties of multiple yarn CFRP pipe)
The University of Tokyo (Role: Development of optimal design method for pressure vessel)
Teijin Limited (Role: Development and demonstration of winding technologies for pressure vessel)
Example of Application
・High pressure vessel accumulator for high pressure hydrogen tank and hydrogen station of fuel cell powered vehicle
・CFRP hollow structural members requiring high productivity and automatic production, such as automobile parts
Technical Problems
Developing, manufacturing and selling of mass production equipment for CFRP high pressure hydrogen tanks, high pressure vessel accumulators, CFRP hollow members or the like
Gifu University (Role: Evaluation of basic properties of multiple yarn CFRP pipe)
The University of Tokyo (Role: Development of optimal design method for pressure vessel)
Teijin Limited (Role: Development and demonstration of winding technologies for pressure vessel)
Example of Application
・High pressure vessel accumulator for high pressure hydrogen tank and hydrogen station of fuel cell powered vehicle
・CFRP hollow structural members requiring high productivity and automatic production, such as automobile parts
Technical Problems
Developing, manufacturing and selling of mass production equipment for CFRP high pressure hydrogen tanks, high pressure vessel accumulators, CFRP hollow members or the like