Thermal Grizzly Conductonaut Extreme Liquid Metal Thermal Paste
Thermal Grizzly Conductonaut Extreme Liquid Metal Thermal Paste
Price subject to change. Tap below for current.
Couldn't load pickup availability
In this review the Thermal Grizzly Conductonaut Extreme is presented as a targeted solution for enthusiasts who demand maximum heat transfer. The bottom line: this liquid metal thermal compound is best for overclockers and high-performance builds because it offers markedly better heat conduction than silicon-based pastes. For anyone seeking measurable temperature drops under heavy load, our review finds Conductonaut Extreme delivers professional-level thermal performance, though it requires careful handling and is not compatible with aluminum surfaces.
Key Features
- High-performance thermal paste: Delivers exceptional heat transfer that helps lower CPU and GPU temperatures in demanding workloads.
- Liquid metal formula: Uses a eutectic alloy to achieve higher thermal conductivity than conventional greases for improved thermal interface efficiency.
- Impressive thermal conductivity: Outperforms silicon-based pastes so systems run cooler during overclocking and sustained heavy use.
- Easy application: The paste spreads smoothly and the manufacturer includes accessories to make applying the liquid metal straightforward for experienced users.
- Long-term stability: The alloy composition offers stable thermal performance over time when used on compatible surfaces.
- Caution on materials: Must not be used with aluminum, preventing damage to aluminum heatsinks or components.
Who It's For
The Conductonaut Extreme is aimed at overclockers, custom PC builders, and technicians who prioritise peak thermal performance and are comfortable with a liquid metal product. It is especially suited to high-end CPUs and GPUs where every degree matters and users can prepare and apply the compound carefully.
This is not the right choice for beginners or for systems with aluminum heatsinks or enclosures, since the alloy can react with aluminum and cause permanent damage. Users who prefer a low-maintenance, non-conductive paste should look at silicone-based thermal pastes instead.
Pros & Cons
Pros
- Superior thermal conductivity that reduces operating temperatures under load.
- Liquid metal alloy formulation provides long-term thermal stability when used correctly.
- Includes application accessories for a cleaner, more precise installation.
- Ideal for high-performance CPUs, GPUs, and consoles where heat dissipation is critical.
Cons
- Not compatible with aluminum; improper use can permanently damage aluminum surfaces.
- Requires careful handling and is not recommended for first-time thermal paste users.
Specifications
| Product | Conductonaut Extreme liquid metal compound |
| Net weight | 5 gram |
| Formula type | Eutectic alloy liquid metal |
| Intended use | CPU, GPU, console cooling |
| Included | Application accessories included |
| Country of origin | Made in Germany |
Our Verdict
The Conductonaut Extreme is an excellent value for anyone who needs the best possible thermal transfer and is comfortable with a liquid metal product. It is well suited to high-performance builds and overclocked systems because it consistently lowers temperatures compared with silicon-based pastes, but buyers must avoid aluminum surfaces and follow safe application practices.
Frequently Asked Questions
Can I use this on any heatsink?
Do not use Conductonaut Extreme on aluminum heatsinks; it can permanently damage aluminum surfaces.
Is it hard to apply?
The product includes accessories and spreads easily, but it requires careful application and basic experience with liquid metal compounds.
What components is it best for?
Best used on CPUs, GPUs, and consoles with copper or nickel-plated contact surfaces for maximum heat dissipation.
Editor's Take
Conductonaut Extreme is a top-tier liquid metal thermal compound that delivers superior heat transfer for overclocked CPUs and GPUs, offering clear temperature reductions when applied carefully; avoid aluminum surfaces.

Recently viewed
Recently viewed products will appear here as customers browse the store.