12W/mK Thermal Paste for ASIC Miner Hashboard & CPU | High Efficiency Silicone Grease

12W/mK High-Efficiency Thermal Paste – Optimized Cooling for ASIC Miners

Upgrade your miner’s cooling performance with this 12W/mK high-efficiency thermal compound, engineered to deliver enhanced heat transfer between ASIC chips and heatsinks. It effectively fills air gaps and surface imperfections, allowing faster and more reliable heat dissipation during intensive mining operations.

With a higher thermal conductivity rating, this paste helps maintain lower chip temperatures, improving stability and reducing the risk of overheating or performance drops during long runtime cycles.

Designed for durability, the compound features strong resistance to drying and evaporation, ensuring consistent thermal performance even in 24/7 mining environments. Its smooth, controlled viscosity makes application simple while ensuring proper surface coverage.

Suitable for both ASIC miner hashboards and GPU IC cooling, it is an ideal choice for users looking to upgrade from standard thermal paste and achieve better cooling efficiency.

 Technical Specifications

• • Thermal Conductivity: 12W/mK
  • Base Material: Silicone thermal compound
  • Color: Blue
  • Consistency: Medium viscosity (non-drip, easy spread)
  • Temperature Resistance: Up to 200°C
  • Properties: Low evaporation, anti-dry, long-lasting stability
  • Suitable For: ASIC hashboards, heatsinks, GPU ICs
  • Function: Thermal interface gap filling & heat transfer enhancement

Usage Guide 

Antminer air cooled

• • 1 Hashboard: ~15–20g thermal paste
  • Full Miner (3 Hashboards): ~45–60g total

Antminer Hydro ( 3 Hashboards )

• • 1 Hashboard: ~7–10g thermal paste
  • Full Miner (3 Hashboards): ~20–30g total

Antminer Hydro ( 4 Hashboards )

• • 1 Hashboard: ~8–10g thermal paste
  • Full Miner (4 Hashboards): ~30–40g total

Whatsminer

• • 1 Hashboard: ~12–18g thermal paste
  • Full Miner (3 Hashboards): ~35–50g total

Tip: Always clean old paste properly before applying a thin, even layer for best cooling performance.