Maximizing Server Uptime: How Phase Change Materials Enhance Data Center Cooling Efficiency
In the quest for lower Power Usage Effectiveness (PUE), data center operators focus on chillers and airflow. However, a critical […]
Thin is In: Using Ultra-Thin Phase Change Materials for Compact Consumer Electronics
The drive for slimmer, more powerful consumer electronics presents a formidable thermal challenge: dissipating significant heat from a SoC (System-on-Chip)
Managing Extreme Heat Flux: The Role of Phase Change Materials in SiC and GaN Power Electronics
The adoption of Silicon Carbide (SiC) and Gallium Nitride (GaN) semiconductors is revolutionizing power electronics, enabling smaller, faster, and more
Cooling Electric Vehicle Power Electronics: Why Standard Thermal Pads Aren’t Enough
The electric vehicle revolution hinges on efficiency, and at the heart of efficiency lies thermal management. Power electronics like traction inverters,
Why Your Thermal Grease is Failing: Understanding Pump-Out and How Phase Change Materials Prevent It
Are you seeing a gradual rise in operating temperatures or unexpected shutdowns in your fielded products? The culprit might not
Beyond the Unit Cost: The True Value of Phase Change Pads in High-Volume Manufacturing
At first glance, the per-unit price of a phase change thermal pad may seem higher than a dollop of standard thermal grease.
Powering the Future: 4 High-Growth Industries Relying on Advanced Thermal Interface Materials
The relentless march of technological advancement isn’t just about faster processors or bigger batteries—it’s a constant battle against heat. In
How to Select the Right Phase Change Thermal Pad: A 5-Point Checklist for Engineers
You’ve identified a thermal bottleneck and determined a phase change thermal pad could be the solution. But with various specifications
Vertically Aligned Carbon Nanotube Thermal Interface Materials for Extreme Heat Flux Applications in Power Electronics
As power electronics advance toward unprecedented power densities exceeding 500W/cm², conventional thermal interface materials approach fundamental performance limits. This research
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