From commercial job sites to everyday consumer use, power tools like drills, impact drivers, and saws are expected to deliver consistent performance under demanding conditions. Most modern tools are battery-powered and increasingly compact, which creates a challenge: More power in less space means more heat—and less room to manage it. Without proper thermal management, performance … Read more
Thermal Management Meets Dielectric Strength in High-Voltage Systems High-voltage power electronics demand two opposing material properties: efficient heat transfer and reliable electrical isolation. When either fails, the result is thermal runaway, dielectric breakdown, or premature system failure. In EV powertrains, industrial motor controllers, alternative energy inverters, and heavy-duty automation systems, thermal interface material (TIM) selection … Read more
Electronics continue to push thermal boundaries—higher power densities, tighter packaging, and more heat-generating components with less margin for error. Matrix supplies Parker Chomerics THERM-A-GAP GEL 120, a fully cured, one-component dispensing gel with a thermal conductivity of 12.0 W/m-K, engineered for high-reliability and high-volume environments. Request A Sample Or Contact Our Sales Team Using The … Read more
Holiday Shopping for a PS5, Xbox, or Switch? Here’s the Engineering That Makes Them Run Smoothly If you’re shopping this holiday season, chances are something under the tree might be a PlayStation 5 Slim, Xbox Series X|S, Nintendo Switch OLED or its 2025 successor, or handhelds like the Steam Deck OLED, ASUS ROG Ally, or … Read more
As AI electronics continue pushing performance boundaries—from powerful datacenter accelerators to edge AI modules—the demand for advanced thermal solutions has never been greater. Today’s AI chips routinely operate at power densities exceeding 200 W/cm², generating hotspots that demand meticulous thermal management to maintain performance and reliability. 1. Why AI Processors Need Superior Thermal Materials Modern AI … Read more
In mission-critical applications, thermal performance isn’t optional—it’s the difference between uptime and failure. When typical overseas-sourced thermal interface materials (TIMs) fall short—whether due to inconsistent performance, low conductivity, or poor manufacturability—Matrix Technology delivers the proven alternative. With over 40 years of expertise, Matrix offers the most comprehensive, technically verified selection of TIMs on the market—ready … Read more
As the world races toward ever more powerful computing, the challenge of heat management has never been more critical. Nowhere is this more evident than in AI-driven systems powered by high-performance chips from NVIDIA, AMD, Intel, and others. For over 40 years, Matrix Technology has been at the forefront of thermal management solutions—delivering the industry’s … Read more
Thermal Interface Solutions for Next-Gen Electronics Thermal gap filler pads—commonly referred to as gap pads—are crucial interface materials placed between heat-generating components (such as CPUs, GPUs, memory chips, and radar systems) and heat-dissipating elements (like heat sinks, cold plates, heat pipes, and vapor chambers). As processing power and electronic density continue to increase, the demand … Read more
Advancing EV and Hybrid Technology with Efficient Thermal Management As electric vehicles (EVs) and hybrid electric vehicles (HEVs and PHEVs) become more widespread, the need to minimize the environmental impact of traditional internal combustion engine (ICE) vehicles continues to grow. Unlike gasoline-powered vehicles that rely on stored chemical energy, EVs and hybrids utilize large battery … Read more
Thermal interface materials (TIMs) play a crucial role in improving heat transfer between electronic components and their cooling solutions, such as heat sinks, vapor chambers, or cooling pipes. By filling microscopic air gaps that naturally form during assembly, TIMs enhance thermal conductivity and improve overall device performance. A TIM is primarily composed of two key … Read more
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