Best Overall
Thermal Grizzly Conductonaut 1g
Key details
- Quantity
- 1g
- Compatibility
- Copper/nickel only
Idle CPU temperatures can fall below 32°C and load temps under 53°C with this liquid metal — a level of thermal transfer that makes a measurable difference in sustained overclocking scenarios. The eutectic tin, gallium, and indium alloy spreads heat more efficiently than conventional pastes, which is why it consistently outperforms non-metal options in stress tests.
Application requires a steady hand: the liquid metal beads up on surfaces if not spread with a ceramic or plastic tool, and any spill on circuit board components can cause shorts. Users with experience handling gallium-based materials will find controlled dosing straightforward, but first-timers should practice on a spare heatspreader before attempting a live install. The syringe delivers a precise 1 gram amount, enough for one or two CPU/GPU applications if applied sparingly.
This product is best suited for overclocking enthusiasts, console repairers (PS5, Xbox), and PC builders who have previously worked with electrically conductive thermal interface materials. It is not intended for use with aluminum heatsinks — the gallium alloy will corrode aluminum over time — and beginners who are uncomfortable with the spill risk should start with a non-conductive paste instead. The small 1g quantity keeps the entry cost low, making it easy to try without committing to a large tube.
The paste maintains consistent viscosity across temperature ranges, and each syringe is traceable to its German production batch, which explains the high user satisfaction around quality control. While the Extreme variant offers marginally better conductivity for subzero cooling, this standard Conductonaut covers 95% of high-performance use cases at a fraction of the cost.
💡 Use a ceramic or plastic spreader and keep the syringe away from motherboard components to avoid shorts
Pros
- Lowers CPU/GPU temperatures by up to 15°C under sustained load
- Exceptional thermal conductivity for overclocking without risk of pump-out
- Consistent alloy quality batch to batch, with tight viscosity control
- Budget-friendly price compared to other premium liquid metals
Cons
- Liquid metal can bead up and is messy to spread evenly if applied without care
For experienced overclockers and console repairers who accept the application discipline, this is the most cost-effective route to top-tier liquid metal cooling.