Thermal Grizzly
Thermal Grizzly Conductonaut 1 g liquid metal thermal paste
Liquid metal thermal compound with a tin-gallium-indium alloy for high-efficiency heat transfer on copper or nickel surfaces, includes syringe, needles, applicators and cleaning pads
Option 1 g
- 5 g
- 1 g
- Ultra-high thermal conductivity for extreme overclocking
- Eutectic tin-gallium-indium alloy outperforms conventional pastes
- Syringe with needle tips enables precise, mess-free application
- Electrically conductive — keep away from electrical contacts
- Not for aluminium heatsinks to prevent corrosion
Liquid metal thermal compound for advanced users
Thermal Grizzly Conductonaut is a liquid metal thermal compound formulated for high-efficiency heat transfer in demanding applications. It uses a eutectic alloy of tin, gallium, and indium to achieve ultra-high thermal conductivity. The product is designed for advanced users who require top-tier heat dissipation. It includes a syringe, two needle tips, two applicators, and cleaning pads for precise application.
Sustained heat transfer above eight degrees
The compound is recommended for scenarios seeking temperature advantages above 8 °C over conventional pastes. Its liquid metal composition maintains consistent thermal conduction under continuous high-load operation. The eutectic alloy ensures stable performance without pump-out or drying effects common in standard greases. This makes it suitable for sustained overclocking workloads on CPUs and GPUs.
Electrically conductive alloy limited to copper
Conductonaut is electrically conductive and must only be used on copper, nickel, or other compatible metal surfaces. It must not be applied to aluminum heatsinks due to the risk of corrosion. Careful handling is required to prevent contact with electrical components on the motherboard or GPU. The included accessories aid in controlled application to mitigate these risks.
Highlights
- Ultra-high thermal conductivity for extreme overclocking
- Eutectic tin-gallium-indium alloy outperforms conventional pastes
- Syringe with needle tips enables precise, mess-free application
- Electrically conductive — keep away from electrical contacts
- Not for aluminium heatsinks to prevent corrosion
Specifications
No published specifications for this item yet.
Other versions of this model
1 more in the same range
Same family, different memory, cooler or clock — compare before you commit.
Questions about this item
Does the eutectic alloy of tin, gallium and indium remain stable and non-drying under continuous high-temperature operation?
The product is described as a liquid metal compound that does not dry out, maintaining its thermal performance over long periods of sustained load.
Which heatsink materials and tools must I already have to apply this paste safely?
You need a copper or nickel-plated cold plate — aluminium must be avoided — plus isopropyl alcohol for cleaning and non-conductive tape to mask nearby components.
Will this liquid metal work on an older copper-based cooler without causing corrosion or galling?
Yes, it is formulated for copper and nickel surfaces; the included cleaning pads and applicators help prepare aged cold plates for reliable contact.
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