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How to Use a Phase Change Thermal Pad for Better Heat Dissipation

How to Use a Phase Change Thermal Pad for Better Heat Dissipation

Learn how to correctly apply the XTP-001 phase change thermal pad between heat-generating components and heat sinks to reduce thermal resistance and improve cooling performance.
2026-06-29
Maxtor AP-306 Thermal Putty: High Conductivity Gap Filler for Electronics Cooling

Maxtor AP-306 Thermal Putty: High Conductivity Gap Filler for Electronics Cooling

Maxtor AP-306 is a non-curing 11.5W/mK thermal putty for GPU, VRAM, power modules, telecom equipment, and automotive electronics. It fills uneven gaps between components and heatsinks to improve heat transfer, electrical insulation, and long-term cooling
2026-06-27
Thermal Paste for Miner Cooling Applications

Thermal Paste for Miner Cooling Applications

8301C Thermal Paste 12 W/mK high thermal conductivity thermal compound for ASIC miner GPU mining rig CPU cooling stable heat dissipation for 24/7 mining operation.
2026-05-13
Maxtor CTG12 Thermal Paste 18W/mK High-Performance Thermal Interface Material for CPUs, GPUs & Industrial Cooling

Maxtor CTG12 Thermal Paste 18W/mK High-Performance Thermal Interface Material for CPUs, GPUs & Industrial Cooling

Discover Maxtor CTG12 thermal paste with 18W/mK thermal conductivity. Designed for high-performance CPUs, GPUs, gaming PCs, AI servers, and industrial electronics with reliable long-term thermal stability.
2026-05-13
How to Choose Thermal Paste: The Ultimate Buying Guide for PC Builders

How to Choose Thermal Paste: The Ultimate Buying Guide for PC Builders

Not sure how to pick the right thermal paste for your CPU or GPU? This in-depth guide breaks down thermal conductivity, viscosity, paste types, and application methods — plus why Maxtor CTG12 with 18W/mK thermal conductivity is the performance choice for
2026-05-13
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