Non-Silicone Thermal Materials
共 3 篇文章
Optical module power is rising fast — TIM selection must now balance thermal performance with optical surface cleanliness. This article explains the siloxane contamination mechanism and offers non-silicone pad/putty selection guidance.
As AI computing, millimeter-wave communications, and high-speed data transmission are integrated into drone platforms, thermal management and electromagnetic interference have become critical design challenges. This article examines thermal EMI absorber applications in AI computing, mmWave radar, communication, and optical modules, including the value of non-silicone materials in reducing the risk of siloxane-related contamination.
LiPOLY will present advanced Thermal Interface Materials designed for AI computing applications at PCIM Europe 2026, featuring Immersion Cooling Thermal Conductive Pads and high-performance Non-Silicone Thermal Conductive Pads.