Thermal Management of Electric Vehicle Power Sources

Responding to a strong and increasing demand in innovative manufacturing concepts for electric and hybrid vehicle batteries, Fine Materials Technology provides ultra-soft thermal interface material with high thermal conductivities that are customized with regard to processing parameters, thermal and mechanical properties, and service durability. The need for power dissipation from the cell to the surrounding medium requires an ever effective thermal management in order to ensure an efficient, reliable and long-time operation of the components.

The assembly and integration of single hard-case (prismatic) or pouch cells to build a secure and durable battery system requires mechanical fixing, thermal management, and vibration damping. Thermal conductive pad provides an ideal solution thanks to their:

• ---Ultra-softness Character

• ---Vibration resistance

• ---Dielectric strength

• ---High thermal conductivity

Apart from batteries, there is an increasing demand for other electric and hybrid vehicle parts like motors, converters, control units, and power electronics devices. Regardless of the application, good thermal management improves durability of the end product and hence positively affects its energy efficiency and eco-friendliness.

For any questions, please contact us at Sales@sg-thermal.com.

Factory Direct Price from China

Thermal interface pads & material from SinoGuide are used widely in aerospace, consumer electronics, and telecom equipment industries, sealing and shielding processes, and power supply unit applications. SinoGuide many types of thermal interface materials for various engineering applications; thermal interface pads & material can be a cost effective approach for the various industries as they help increase productivity in a cost-effective way. Technological advancements have made a positive impact on the Thermal interface pads & material market. These advancements have helped to improve the performance of Thermal interface pads & material in terms of quality and accuracy.