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Jan 08,2026

TPE Solutions: Enabling Breakthroughs in Lightweighting and Sealing Performance for New Energy Vehicles

The dual demands for lightweighting and sealing performance in new energy vehicles have opened new application avenues for TPE materials. Compared to conventional materials, TPE achieves 15%-30% weight reduction while ensuring excellent sealing performance. In areas such as battery pack sealing systems, charging port protection, and high-voltage cable insulation, TPE demonstrates exceptional aging resistance, high-temperature tolerance, and electrical insulation properties. Notably, TPE can be seamlessly integrated with rigid plastic components through multi-material co-injection molding, creating simpler and more reliable integrated solutions. As the new energy vehicle industry expands rapidly, TPE is becoming a key material supporting enhanced vehicle safety, durability, and energy efficiency.


The dual demands for lightweighting and sealing performance in new energy vehicles have opened new application avenues for TPE materials. Compared to conventional materials, TPE achieves 15%-30% weight reduction while ensuring excellent sealing performance. In areas such as battery pack sealing systems, charging port protection, and high-voltage cable insulation, TPE demonstrates exceptional aging resistance, high-temperature tolerance, and electrical insulation properties. Notably, TPE can be seamlessly integrated with rigid plastic components through multi-material co-injection molding, creating simpler and more reliable integrated solutions. As the new energy vehicle industry expands rapidly, TPE is becoming a key material supporting enhanced vehicle safety, durability, and energy efficiency.


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