Thermal Grizzly Duronaut Thermal Paste 2g

The Thermal Grizzly Duronaut is a high performance thermal paste that offers superior thermal conductivity and exceptional long term stability, making it ideal for high-performance computing and overclocking applications. Its unique formulation ensures efficient heat transfer between your CPU or GPU and the cooling system, maintaining optimal temperatures during intensive tasks. Duronaut's non-curing and non-electrically conductive properties provide long-term stability and safety for your components.

Features

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Duronaut - 2 g

Thermal Grizzly Duronaut is a high-performance thermal paste with exceptional long-term stability and superior thermal conductivity. It is an ideal choice for gamers and overclockers and serves as a top-tier product for demanding industrial cooling systems.

Duronaut is a high-end thermal paste designed with a focus on outstanding thermal conductivity and exceptional long-term stability. The name "Duronaut" derives from the English word "durability," emphasising its extraordinary longevity. This stability is achieved through a specially engineered silicone oil combined with aluminium micro particles and zinc oxide nanoparticles of various shapes. These optimised particle shapes and sizes minimise the "pump-out effect," ensuring excellent adhesion to surfaces and resulting in extremely low thermal transfer resistance.

• Extreme long-term stability
• Outstanding thermal conductivity
• Electrically non-conductive
• No hardening over time

The optimised particle shapes and sizes enable Duronaut to be applied in very thin layers, enhancing adhesion and minimising thermal resistance. This thin application layer, coupled with the high conductivity of the aluminium micro and zinc oxide nanoparticle mix, ensures efficient heat transfer between the heat source (e.g. a CPU) and the cooler.

For optimal application, the TG Spatula Pro is included with Duronaut. The spatula's revised design allows for increased pressure during application, ensuring efficient spreading and a thinner layer of thermal paste.