Conductonaut is a liquid metal alloy, and its 73 W/m·K conductivity is several times higher than ordinary pastes. The better the layer conducts heat, the smaller the temperature gap between the die and the cooler base, which matters most on an overclocked CPU or graphics card. The synthetic needle helps you spread a thin, even layer without using too much.
Experienced users who build or service their own PC and want the most out of their cooling. One important limitation: according to the manufacturer, Conductonaut must not be used with a cooler that has an aluminium base, because liquid metal reacts with aluminium. If you just need a paste that is easy to apply, an ordinary thermal paste is the better fit.
| Brand | Thermal Grizzly |
|---|---|
| Weight | 5 g |
| Net weight | 0.02 kg |
| Operating temperature (T-T) | 10/+140 °C |
| Thermal conductivity | 73 W/m·K |
| Viscosity | 140-190 Pas |
| Other features | Density: 6.24 g/cm3; Ultra high thermal conductivity; Increased indium content; Easy and precise application with synthetic needle; Conductonaut liquid metal can not use aluminum cooling base |
| EAN | 4260711990250 |
The manufacturer data has no separate note on this, but it is a liquid metal and metal conducts electricity. Apply it only to the die surface, keep it away from surrounding contacts and wipe off any excess before assembly.
No. The manufacturer states plainly that Conductonaut must not be used with a cooler that has an aluminium base. Check what the cooler contact surface is made of before applying it.
The manufacturer gives an operating temperature of 10 to 140 °C, which covers normal PC operation including heavy load.
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