Thermal Grizzly Conductonaut Extreme Thermal Paste 1g

Product description

Thermal Grizzly Conductonaut Extreme Thermal Paste 1g?

Conductonaut Extreme liquid metal is the next step in development for applications requiring the highest power density. The gallium-based alloy is liquid at room temperature, allowing for minimal layer thickness.

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Next-Generation Liquid Metal:

The Thermal Grizzly Conductonaut Extreme 1g is the evolution of the renowned Conductonaut, specifically developed for applications requiring maximum power density and extreme heat dissipation. Based on a gallium alloy, it remains liquid at room temperature, allowing for an ultra-thin layer that is highly efficient in heat transfer.

Optimized Thermal Conductivity:

Thanks to its advanced formulation, this solution outperforms conventional liquid metal compounds, offering superior and consistent thermal conductivity. Its application ensures more direct contact between the heatsink and the CPU or GPU's IHS, eliminating the problem of solid particles found in traditional thermal pastes.

Advantages over Conventional Thermal Pastes:

While traditional pastes contain solid particles that fail to uniformly cover micro-irregularities, liquid metal conforms perfectly to the surface. This guarantees more efficient and uniform heat transfer, making it the ideal choice for high-power processors and extreme overclocking scenarios.

Safety and Compatibility

: Electrically conductive: Apply with extreme caution. Not compatible with aluminum, as it may damage it. Recommended for use on nickel-plated copper surfaces, where it offers the greatest long-term stability.

Precise application:

The 1g syringe comes equipped with a metal needle that facilitates controlled and even application, ensuring the correct amount of compound is used without waste or unnecessary risks.

For advanced users:

Conductonaut Extreme is designed as a high-end solution, recommended for enthusiasts and experienced professionals who need to maximize CPU and GPU cooling, even under extreme load and temperature conditions.