Thermal Grizzly Duronaut 2g – Liquid Metal Thermal Paste for Extreme Cooling

The Thermal Grizzly Conductonaut Duronaut 2g Thermal Paste is a liquid metal thermal compound designed for advanced users and professionals who demand maximum cooling efficiency. With an exceptional thermal conductivity of ~73 W/m·K, Duronaut significantly outperforms traditional thermal pastes, making it ideal for delidding CPUs, high-performance GPUs, and extreme overclocking setups.

Unlike standard compounds, Duronaut uses a liquid metal formula, which provides unmatched heat transfer but requires careful application. It is electrically conductive, so it must be applied precisely and only on compatible surfaces (copper, nickel-plated surfaces; not aluminum). The 2g syringe offers enough compound for several high-end applications, making it suitable for enthusiasts and professional system builders.

Trusted by overclockers worldwide, the Thermal Grizzly Duronaut 2g is engineered for extreme performance cooling, ensuring lower operating temperatures and unlocking the full potential of your hardware.

Key Features

• Extreme thermal conductivity (~73 W/m·K) – far higher than standard pastes

• Liquid metal formula – unmatched heat transfer for CPUs and GPUs

• 2g syringe – sufficient for multiple delid or repaste jobs

• Ideal for enthusiasts and professionals – designed for extreme overclocking

• Durable performance – maintains efficiency under heavy thermal loads

• For copper & nickel surfaces only – not compatible with aluminum

• Designed for extreme cooling – suitable for high-end air, liquid, and sub-zero cooling solutions

Specifications

• Model: Thermal Grizzly Duronaut

• Type: Liquid Metal Thermal Paste

• Quantity: 2g syringe

• Thermal Conductivity: ~73 W/m·K

• Operating Temperature Range: 10°C to +140°C

• Electrical Conductivity: Conductive (caution required)

• Application: CPUs, GPUs, delidding, high-performance heatsinks (copper/nickel)

• Shelf Life: ~2 years (sealed)

• Warranty: Not applicable (consumable product)