Coollaboratory Liquid Pro (Liquid Metal/Conductive/Commonly Cited ~82 W/mK)
- Model:
- Coollaboratory Liquid Pro
- Compound Type:
- Liquid Metal
- Thermal Conductivity:
- ~82 W/mK (commonly cited
- Electrical Conductivity:
- Conductive
- Package Size:
- 1g syringe with cleaning kit
- Recommended Use:
- Delidded-Direct-Die (extreme overclocking)
- Reapplication Interval:
- Verify manufacturer-rated interval
- Safety Notes:
- Liquid metal: electrically conductive
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Manufacturer: Coollaboratory Last updated: September 10, 2026
Description
Liquid Pro has a reputation in overclocking forums as the highest-conductivity liquid metal you can buy, commonly cited around 82 W/mK, which if accurate beats every other liquid metal in our catalog. It also has a reputation for something less flattering: drying out or degrading faster than Conductonaut over long stretches, so go in with eyes open on both fronts.
Liquid Pro has a reputation in overclocking forums as the highest-conductivity liquid metal you can buy, commonly cited around 82 W/mK, which if accurate beats every other liquid metal in our catalog. It also has a reputation for something less flattering: drying out or degrading faster than Conductonaut over long stretches, so go in with eyes open on both fronts.
Thermal Performance and Conductivity
The commonly cited 82 W/mK figure would put this at the top of our liquid metal lineup, ahead of Conductonaut's 73. We haven't confirmed this against Coollaboratory's current datasheet, so treat it as the enthusiast-forum consensus rather than a number we're vouching for outright.
Compound Type and Composition
A gallium-based liquid metal alloy, same broad category as Conductonaut, formulated by a different manufacturer with a different balance of conductivity versus long-term stability.
Application and Consistency
Ships with a cleaning kit, which tells you something: this is a product where you're expected to handle it carefully and clean up precisely, standard liquid metal application rules apply.
Electrical Safety
Conductive, same short-circuit risk as every liquid metal compound in this category. No exceptions here.
Longevity and Pump-Out Resistance
This is the tradeoff. Community consensus across overclocking forums consistently flags Liquid Pro as more prone to drying out or degrading over many months compared to Conductonaut. If you go this route, keep an eye on temps over time and be ready to reapply sooner than you would with Conductonaut.
Comparison to Sibling Products
Against Thermal Grizzly Conductonaut, covered elsewhere on this site, Liquid Pro claims a higher conductivity ceiling but trades away some of Conductonaut's longer-term stability, a real tradeoff, not a clean win either direction. Against its own sibling Liquid Ultra, Liquid Pro chases the higher number while Ultra chases better adhesion and stability, pick based on which you actually need.
Who This Compound Is Actually For
**Winner for:** builders who want the highest conductivity number available and don't mind reapplying sooner than a Conductonaut user would. **Extreme overclocking and benching sessions where peak conductivity matters more than long-term stability.** **Experienced liquid metal users comfortable monitoring performance over time.** **Not for:** A "set and forget" delidded CPU build, Conductonaut or Liquid Ultra are the more stable long-term picks. **Not for:** First-time liquid metal users, the degradation tradeoff isn't something you want to discover on your first attempt.
Pending Verification
**Thermal Conductivity:** ~82 W/mK is commonly cited; confirm against Coollaboratory's current datasheet.
Specifications
| Brand | Coollaboratory |
|---|---|
| Model | Coollaboratory Liquid Pro , Liquid Pro |
| Compound Type | Liquid Metal |
| Thermal Conductivity | ~82 W/mK (commonly cited, confirm against current datasheet) |
| Electrical Conductivity | Conductive |
| Package Size | 1g syringe with cleaning kit |
| Recommended Use | Delidded-Direct-Die (extreme overclocking) |
| Reapplication Interval | Verify manufacturer-rated interval |
| Safety Notes | Liquid metal: electrically conductive; do not use near exposed aluminum or bare-die edges |
Expert Review
Rated by the Consumercarts editorial team, not by users
Best for
- Extreme overclocking and benching sessions where peak conductivity matters more than long-term stability.
- Experienced liquid metal users comfortable monitoring performance over time.
Not for
- A "set and forget" delidded CPU build, Conductonaut or Liquid Ultra are the more stable long-term picks.
- First-time liquid metal users, the degradation tradeoff isn't something you want to discover on your first attempt.