Beyond Temperature: How Thermal Pads Perform Under Vibration, Humidity, and Chemical Exposure
A thermal interface material might perform perfectly on a lab bench. But what happens inside a vibrating agricultural vehicle, a […]
Optimizing Your SMT Line: The Impact of Thermal Pad Selection on Production Throughput
On the Surface Mount Technology (SMT) line, every second and every component placement counts. The choice between dispensing thermal grease and using pre-formed
More Than Just Heat: Can Your Thermal Pad Help with EMI Shielding?
Attract engineers tackling electromagnetic interference (EMI) in compact designs, positioning your material as a multi-functional solution for integrated design challenges.Primary
Bridging the Virtual and Physical: Using Accurate TIM Properties in Thermal Simulation Software
Thermal simulation is a powerful tool for predicting product performance and optimizing designs before a prototype is built. However, the
Extending Product Life in the Field: Can You Reuse or Replace a Thermal Pad During Repair?
A common question from field service technicians and DIY enthusiasts is: “During a repair or upgrade, can I reuse the existing
Building Resilient Electronics: Why Dual-Sourcing Your Thermal Interface Material Matters
The past few years have exposed a critical vulnerability in global electronics manufacturing: over-reliance on single-source suppliers for key components,
Design for Cost: Optimizing Your Thermal Interface Budget Without Sacrificing Performance
In competitive markets, every component cost is scrutinized. The Thermal Interface Material (TIM) is often a target, but simply choosing
The Green Circuit: Evaluating the Environmental Impact of Your Thermal Interface Material
As consumers and regulators demand more sustainable electronics, OEMs are looking at every component through an environmental lens. Beyond basic
Beyond the Datasheet: How to Interpret Long-Term Reliability Data for Thermal Interface Materials
A thermal interface material’s (TIM) initial thermal conductivity is crucial, but its performance after 1,000 hours of operation is what
Navigating Global Standards: A Guide to Certifications for Thermal Interface Materials (UL 94, RoHS, REACH)
Selecting the perfect thermal material is only half the battle. Ensuring it meets the necessary safety, environmental, and regulatory standards
Thermal Management for the Next Wave: Cooling Challenges in Edge AI and IoT Gateway Devices
The explosion of Artificial Intelligence and the Internet of Things is pushing compute power out of the cloud and into
Silicone vs. Non-Silicone Phase Change Materials: A Technical Breakdown for Optimal Selection
Selecting a phase change material goes beyond thermal specs. The polymer matrix—often silicone or a non-silicone alternative like polyolefin or