Battery Module Assembly Steps and Thermal Integration
How battery module assembly joins cells and sets the cell-to-coolant heat path, from busbar welding and thermal interface materials to module testing.
Best Materials for Dissipating Heat in Electronics
No single material is the "best" heat dissipator for every board or battery pack. The right choice follows the gap you have to fill,…
Is Silicone Thermal Pad Good?
A silicone thermal pad is good for most electronics and battery-pack interfaces that have an uneven gap, need electrical isolation, and run within the…
Enhancing Pcb Performance With Trumonytechs’s Advanced Thermal Pads
A thermal pad improves PCB performance by replacing the insulating air gap between a hot component and its heat sink with a conformable, solid…
Advances in Silicone-Free Thermal Interface Materials
Silicone-free thermal interface materials earn their place in a battery pack wherever silicone bleed or outgassing would put the cell-to-coolant heat path at risk.…
Innovations in TIMs for Enhanced Thermal Management of Electronics
The most useful innovation in thermal interface materials is not a higher headline conductivity number but a material that actually moves heat across a…
Thermal Interface Materials Battery
Thermal interface materials (TIM) sit in the heat path between battery cells and the cold plate, closing the microscopic air gaps that would otherwise…
