GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE
GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE GET TICKET BY 21 APRIL 2023 DEADLINE
THE LEADING EVENT FOR THE ELECTRICAL ENGINEERING COMMUNITY

Improving Thermal Management of Battery Cells: Thermally Conductive Polyurethane Encapsulants Processed by an injection process

The use of thermally conductive polyurethane encapsulants processed by an injection process is particularly beneficial for battery cells in electric vehicles and other high-power applications.

Description of the requirements of the battery application and the related processing requirements will be covered in this session.

  • Comparison of different technologies and materials
  • Thermal conductivity and efficiently transfer heat away from the battery cells
  • Chemical resistance and flexibility
  • Durability, high mechanical strength, and resistance to abrasion


Wednesday 24 May 15:15 - 15:45 E- Mobility Stage

Battery Market: Challenges & Opportunities

Add to calendar 05/24/2023 15:15 05/24/2023 15:45 Improving Thermal Management of Battery Cells: Thermally Conductive Polyurethane Encapsulants Processed by an injection process

The use of thermally conductive polyurethane encapsulants processed by an injection process is particularly beneficial for battery cells in electric vehicles and other high-power applications.

E- Mobility Stage Europe/London
Share