Currently, the application of these composites in passenger vehicles has moved from conceptual exploration to full-scale mass production, shining particularly brightly in the core components of new energy vehicles:
Such as Battery Pack Enclosures & Protection Systems
Tech Highlight: Through secondary integrated molding processes combining compression molding and overmolding, complex sealing surfaces, mounting structures, and stiffening ribs can be seamlessly integrated. This intrinsic sealing design eliminates leakage risks associated with welding, effectively prevents thermal runaway propagation, and safeguards battery safety.
Beyond its deep integration into battery underbody shields and core e-powertrain components, Continuous Glass Fiber Reinforced Thermoplastic Composites are also expanding into body panels such as trunk and frunk (front trunk) lids. With their exceptional lightweight properties and superior specific strength, these advanced materials not only optimize the vehicle's overall weight distribution but also effortlessly meet the rigorous demands of high-performance models for dynamic response and structural rigidity.
Green Cycle: The Perfect Partner for Sustainable Mobility
With the continuous optimization of material formulations and the maturity of automated production processes, the cost of Continuous Glass Fiber Reinforced Thermoplastic Composites is gradually decreasing, and their application scenarios are set to expand further. From luxury sports cars to mainstream family sedans, this material—combining high strength, lightweight properties, and excellent cost-performance—will serve as the solid cornerstone for building the future of green, intelligent, and safe automobiles.
We are dedicated to exploring the infinite possibilities of material science, driving every agile leap of the automotive industry with our innovative composite solutions.