The Nanoscale Heat Pipe: The Potential of Aligned Carbon Nanotube Arrays as Thermal Interfaces
Imagine a Thermal Interface Material (TIM) that is a forest of millions of microscopic, vertically aligned tubes, each an individual […]
Containing the Chain Reaction: Using TIMs as Thermal Runaway Barriers in Battery Packs
In a lithium-ion battery pack, a single cell failing into thermal runaway can release enough heat to trigger its neighbors—a
Surviving Orbit: The Extreme Demands on Thermal Interface Materials in Satellite Electronics
A satellite’s electronic systems must function flawlessly for 15+ years in the vacuum of space, with no possibility of repair.
The Biocompatible Bridge: TIM Challenges in Implantable Medical Device Thermal
In an active implantable medical device (AIMD), heat is not just an engineering problem—it’s a biological constraint. Excess heat can damage
The 2D Revolution: How Graphene is Pushing the Limits of Thermal Interface Conductivity
Graphene, a single layer of carbon atoms, possesses a remarkable in-plane thermal conductivity (~2000-5000 W/m·K). The promise of incorporating it
The Silent Degrader: Preventing Thermal Grease and Pad Oxidization for Consistent Performance
A Thermal Interface Material (TIM) can begin to fail before it ever touches a chip. Oxidization and component separation—driven by exposure
Sealing the Deal: TIM Selection and Integration for Liquid Cold Plate Systems
Liquid cold plates offer unmatched cooling capacity, but they transfer all thermal management complexity to a single, critical interface. The
From Prototype to Production: The Complete Guide to Ordering Custom Die-Cut Thermal Pads
Off-the-shelf squares and rectangles often don’t fit. When your design has unique component layouts, odd shapes, or requires multiple pads
Beyond 200°C: Thermal Interface Solutions for Extreme Temperature Electronics
When electronics must function in environments exceeding 200°C, conventional polymer-based Thermal Interface Materials (TIMs) fail. Silicones decompose, greases dry and carbonize,
The Metallic Conduit: Using Pure Copper Foil as an Ultra-High Performance Thermal Pad
When thermal conductivity requirements surpass what filled polymers can offer, and electrical insulation is not needed, pure copper foil emerges as a
Active Cooling for Your Pi: Advanced TIM and Heatsink Strategies for Raspberry Pi Projects
The Raspberry Pi is a marvel, but under sustained load, its SoC (System on a Chip) can thermal throttle, crippling
Gentle But Effective: Selecting TIMs for Low-Pressure and Fragile Assemblies
Not all electronics can withstand the high clamping pressure of a traditional heatsink. Fragile packages (e.g., certain BGAs, ceramic modules),