Besides a thermal conductivity of 12.5 W/m·K, the manufacturer quotes a thermal resistance of 0.0032 K/W. The lower that number, the less the paste layer holds back heat on its way from the die to the cooler, and the lower the chip temperature. There is no curing time, and the manufacturer highlights high long-term stability.
Anyone building a single PC, swapping a cooler or replacing old, dried-out paste in a laptop, desktop or console. A small pack means no tube sitting unused for years. If you service several machines, the same Kryonaut also comes in 3 ml and 10 ml packs.
| Brand | Thermal Grizzly |
|---|---|
| Net weight | 0.007 kg |
| Operating temperature (T-T) | -250/350 °C |
| Quantity per pack | 1.5 ml/5.55 g |
| Thermal conductivity | 12.5 W/m·K |
| Viscosity | 120-170 Pas |
| Other features | Density: 3.7 g / cm3; Thermal resistance: 0.0032 K / W; No curing; High long-term stability; Not electrically conductive |
| EAN | 4260711990014 |
No. The manufacturer states that the paste is not electrically conductive, so any that lands beside the die will not cause a short. Wiping off the excess before assembly is still good practice.
The pack holds 1.5 ml, or 5.55 g, of paste, the smallest of the three Kryonaut pack sizes.
No. Kryonaut has no cure time, so the PC can be used right after assembly.
Bought this product? Be the first to share your experience.
Write a reviewOnly verified buyers can leave reviews.
