- Syringe with 1 g liquid metal thermal paste
- Optimised thermal conductivity compared to conventional liquid metal
- Increased material compatibility
- Optimal application through a metal needle
The Thermal Grizzly Conductonaut Extreme Liquid Metal Thermal Paste
Optimised formulation for maximum cooling performance! Conductonaut Extreme is the further development of Thermal Grizzly's Conductonaut liquid metal thermal paste and is primarily aimed at PC enthusiasts who want to get the most out of their hardware. As a gallium-based liquid metal, Conductonaut already exhibits ultra-high thermal conductivity.
This already outstanding thermal conductivity has been enhanced after extensive testing and with the help of a new material composition. Conductonaut Extreme consists exclusively of the metals gallium and indium. By omitting other alloy components, an increase in thermal conductivity of approximately 18% compared to the standard product is possible.
At the same time, material compatibility has been improved, meaning, for example, that no tin interactions can occur. Due to the slightly corrosive effect of gallium on other metals, application is only recommended on nickel-plated copper coolers. Conductonaut Extreme must not be used in conjunction with aluminium heat sinks.
In contrast to conventional pastes, Conductonaut Extreme contains no solid particles and can thus fill even the smallest unevenness in the nanometre range, allowing for the minimal layer thickness for optimal performance.
Kryonaut Extreme: tested in practice
ASUS has been using Conductonaut Extreme exclusively since 2022 for the production of their top models in the ROG notebook series and rightly relies on the outstanding performance of the liquid metal thermal paste. In addition to ASUS, Conductonaut Extreme has also been tested by various professional overclockers and content creators from the tech-tuber scene. After consistently positive feedback, Conductonaut Extreme is now available for all PC enthusiasts.
Technical details:
- Contents: 1 g
- Application temperature: 17 °C - 150 °C
- Operating temperature: -50 °C - 200 °C
Contents
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Weight (Contents)
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1 g
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Thermal Specifications
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Min. Operating Temperature
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-50 °C
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Max. Operating Temperature
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200 °C
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Density
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6.24 g/cm³
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