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 » 12W/mK High Thermal Conductivity Pad  Low Thermal Resistance, UL RoHS No Leakage for Server
12W/mK High Thermal Conductivity Pad Low Thermal Resistance, UL RoHS No Leakage for Server

Product Specification

Adopting high-density thermally conductive filler and imported silicone matrix, the material achieves perfect balance between ultra-high thermal performance and structural stability. It maintains stable heat conduction efficiency in the range of -40℃ to 200℃, resisting thermal fatigue and performance attenuation under long-term high-load and high-frequency temperature cycling. The soft and highly compressible structure can fit tightly with high-density chip surfaces and cold plates, filling micro gaps thoroughly to eliminate heat transfer dead zones

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Products details

Application Scenarios

12W/mK high thermal conductivity pad is exclusively used for high-power density heat dissipation scenarios, including AI servers, GPU graphics cards, high-performance computing equipment, industrial high-power modules and 5G radio frequency base stations. It effectively solves the heat dissipation bottleneck of high-power chips, avoids equipment performance reduction and crash caused by overheating, and improves the stability and operation efficiency of high-end electronic equipment. The pollution-free and high-reliability features meet the long-term stable operation requirements of high-precision industrial equipment, and are the preferred high-end thermal management material for European and American high-tech electronic manufacturing enterprises.

Technical Parameters

Parameter Item
Specification
Test Standard
Max Thermal Conductivity
12W/m·K
ASTM D5470
Thermal Resistance
Ultra-low Thermal Resistance
Professional Thermal Test
Working Temperature Range
-40℃ ~ 200℃
Full-cycle Aging Test
Leakage Performance
Zero Silicone Oil Precipitation
High-temperature Endurance Test
Safety Certification
UL Flame Retardant, RoHS
International Safety Standard
Custom Service
Ultra-thin & Special Die-cut Available
High-precision Customization
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