New energy vehicles
+
  • New energy vehicles

New energy vehicles

As a trusted partner in thermal management and high-voltage safety for new-energy vehicles, we address the severe thermal challenges and stringent safety regulations posed by the high power density of electric vehicles. Our highly reliable thermally conductive materials—such as gels and silicone sheets—are widely used in battery cells, modules, IGBTs, and OBCs, ensuring efficient heat dissipation and uniform temperature distribution. Our complementary structural adhesives and potting compounds not only provide robust, long-lasting fixation and sealing for battery packs and motors but also deliver exceptional thermal conductivity, insulation, and vibration resistance. Specifically designed to safeguard against thermal runaway—a critical concern within battery packs—our flame-retardant ceramicizing tapes can form a strong thermal and electrical insulation barrier under extreme high-temperature conditions, effectively preventing the spread of heat and helping battery systems meet even the most rigorous safety standards. We are committed to leveraging innovative material technologies to provide solid support for the range, performance, and intrinsic safety of new-energy vehicles.

Related Products

0.8W Thermal Conductive Silicone Adhesive (Customizable)

DTP1315 is a silicone-based thermal interface material, formulated with silicone resin as the matrix, filled with ceramic powder and metal oxides, and manufactured through a specialized process. It is a one-component white paste with strong adhesion, waterproof and sealing properties, and excellent mechanical strength, exhibiting good bonding performance to most metallic and non-metallic materials.

2W TIM1 Thermal Silicone Adhesive (Customizable)

DTP2522 is a one-component semi-flowable TIM1 thermal interface material (TIM), formulated with silicone resin as the matrix, filled with ceramic powder and metal oxides, and manufactured through a specialized process.This thermal interface material achieves rapid curing when heated to 150℃, with the bonding effect improving as the heating time extends. Compared with other thermal interface materials, it offers excellent applicability, superior surface compatibility, reliable electrical insulation, and strong adhesion.

8W Fiberglass Thermal Conductive Pad

This thermal conductive interface material is produced through a specialized process, utilizing silicone resin as the matrix and filled with thermally conductive fillers. Compared to other thermal interface materials (TIMs), it offers higher thermal conductivity and improved mechanical strength. The product features single-sided adhesive backing for easy handling and application. It is suitable for covering uneven or irregular device surfaces, effectively filling the gap between heat-generating components and heat sinks to achieve optimal heat dissipation. We deliver tailored packaging and labeling.

6W PI Film Backing Thermal Conductive Pad

This thermal conductive interface material is produced through a specialized process, utilizing silicone resin as the matrix and filled with thermally conductive fillers. Compared to other thermal interface materials (TIMs), it offers higher thermal conductivity and improved mechanical strength. The product features single-sided adhesive backing for easy handling and application. It is suitable for covering uneven or irregular device surfaces, effectively filling the gap between heat-generating components and heat sinks to achieve optimal heat dissipation. We deliver tailored packaging and labeling.