Incorporating CFRTP reinforcement in molded thermoplastic components combines the design flexibility and fast cycle times of traditional molding with the strength, stiffness, and lightweighting benefits that composites offer, all with standard processing equipment.  By replacing the metal plate and integrating the Polystrand material into the molded part, the supplier saved 8 pounds of overall vehicle weight.  In unidirectional tape or multi-axial laminate form, CFRTPs give design engineers customizable options to incorporate lightweight strength and stiffness into demanding applications ranging from air cargo containers to snowboard bindings to automotive hatch covers. 

Incorporating CFRTP reinforcement in molded thermoplastic components combines the design flexibility and fast cycle times of traditional molding with the strength, stiffness, and lightweighting benefits that composites offer, all with standard processing equipment.  By replacing the metal plate and integrating the Polystrand material into the molded part, the supplier saved 8 pounds of overall vehicle weight.  In unidirectional tape or multi-axial laminate form, CFRTPs give design engineers customizable options to incorporate lightweight strength and stiffness into demanding applications ranging from air cargo containers to snowboard bindings to automotive hatch covers. 

Incorporating CFRTP reinforcement in molded thermoplastic components combines the design flexibility and fast cycle times of traditional molding with the strength, stiffness, and lightweighting benefits that composites offer, all with standard processing equipment.  By replacing the metal plate and integrating the Polystrand material into the molded part, the supplier saved 8 pounds of overall vehicle weight.  In unidirectional tape or multi-axial laminate form, CFRTPs give design engineers customizable options to incorporate lightweight strength and stiffness into demanding applications ranging from air cargo containers to snowboard bindings to automotive hatch covers. 

Incorporating CFRTP reinforcement in molded thermoplastic components combines the design flexibility and fast cycle times of traditional molding with the strength, stiffness, and lightweighting benefits that composites offer, all with standard processing equipment.  By replacing the metal plate and integrating the Polystrand material into the molded part, the supplier saved 8 pounds of overall vehicle weight.  In unidirectional tape or multi-axial laminate form, CFRTPs give design engineers customizable options to incorporate lightweight strength and stiffness into demanding applications ranging from air cargo containers to snowboard bindings to automotive hatch covers. 

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