Tagname : thermal management materials
How to Choose Electronics Thermal Management Materials for High-Power DesignsElectronics thermal management materials selection guide for high-power designs: compare TIMs, pads, substrates, reliability, and process fit to reduce heat risk and improve product life.- High Conductivity Thermal Management Materials: What Impacts Cooling PerformanceHigh conductivity thermal management materials directly affect cooling efficiency. Learn how thickness, pressure, surface quality, and testing shape real thermal performance.
Wuxi Show Puts Metal Core PCB Compliance in FocusMetal Core PCB compliance takes center stage at the Wuxi show as global buyers assess specs, thermal performance, and sourcing readiness. See what this means for cross-border procurement.- US Expands Export Controls to Advanced Thermal MaterialsUS expands export controls to advanced thermal materials, reshaping compliance for semiconductor, AI, and automotive supply chains. Learn key BIS changes, risks, and what exporters should review now.
- Shanghai Petrochemical Launches 30K-Ton Carbon Fiber LineShanghai Petrochemical launches 30K-ton carbon fiber line — boosting domestic supply for MCPCB thermal substrates, EV inverters & LED lighting. Secure sourcing, reduced import reliance.
- Reflow Soldering in 2026: What Is ChangingReflow soldering in 2026 is reshaping SMT soldering, circuit board assembly, and thermal management compliance. Learn what engineers and buyers must change now to reduce defects, protect reliability, and qualify suppliers faster.
How potting compounds affect heat dissipation in power electronicsDiscover how silicone potting and epoxy potting compounds impact heat dissipation in power electronics. Learn about thermal conductivity, industrial adhesives, and electronic encapsulation solutions for optimal performance.
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