EV battery drawing improve thermal management

Improve Thermal Management

Regulating battery temperatures with thermally conductive gap fillers that can function as a heat sink and provide a thermal path for heat to dissipate from the battery.

Thermal Interface Materials

Thermally conductive gap fillers provide a thermal pathway for heat to dissipate from the battery, optimising the thermal performance of the cell and extending battery life. Properties such as high dielectric strength, excellent electrical insulation, and UL 94 V-0 rated flame-retardant performance ensure these products can dissipate excess heat and maintain an optimal temperature range. Thermal Interface Materials can ensure electrical isolation between cells and cooling plates. They feature tailored thermal properties and can be easily customised in terms of hardness, surface tack, or liner. Our TIM options offer an optimal balance between thermal conductivity and softness/hardness to address your thermal management challenges.

Key properties
  • Thermal conductivity
  • Dielectric strength
  • Softness
  • Solid, pre-cured pads
Key customer benefits
  • Maximise cell performance
  • Electrical insulation
  • Ease of assembly and replacement for repairs
  • Maximise heat transfer with characteristics to accommodate tolerances
  • No time required for on-site curing, with no pot-life limitations.
EV automation with Thermacool TC2006

Discover Saint-Gobain® ThermaCool

A reliable, soft ceramic-filled silicone elastomer designed for automation and assembly applications, easily adapting to a wide range of stack-up tolerances with minimal force. Watch the product in use at KUKA® to see how it can streamline your automation processes!

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