Thermal Grizzly Kryonaut
The choice for overclockers
The Kryonaut thermal paste offers excellent thermal conductivity and remains stable even at high temperatures without curing – ideal for extreme cooling demands.
Available in four sizes: 1g | 1.5ml | 3ml | 10ml
Maximum performance for low temperatures
The Kryonaut thermal paste has been optimized for "Kryonauts" and demanding cooling applications, delivering impressive durability and excellent heat dissipation. Thanks to nano-aluminum and zinc oxide, Kryonaut compensates for surface irregularities and ensures optimal contact.
Application Tools
Kryonaut 1.5ml includes an applicator to make applying the thermal paste easier.
My thermal paste is difficult to spread or comes off the surface. What can I do?
The surface should be thoroughly cleaned and be free of grease before use. The thermal paste should be at least at room temperature when applied. It is important to spread the thermal paste very slowly during application.
How long is Thermal Grizzly thermal paste usable after opening?
With proper storage and packaging, the thermal paste can be used for at least 3 years without issues, and in many cases, significantly longer.
Why can't I find the thermal conductivity value on the packaging?
The typically theoretical thermal conductivity values vary greatly depending on the application, as important factors such as contact pressure, temperature, or surface cannot be uniformly accounted for.
Should I store the thermal paste in its original packaging after use?
Thermal Grizzly thermal paste packaging is specially coated on the inside to protect the syringe and its contents from UV radiation and other environmental influences. We recommend storing it in the original packaging.
Application of Thermal Grizzly Thermal Paste
Apply a small amount of thermal paste to the CPU
The surface should be thoroughly cleaned and free of grease before use. We recommend using TG Remove or TG Cleaning Wipes for cleaning. The thermal paste should be at least at room temperature when applied.
Spread the thermal paste
When applying, it is important to spread the thermal paste very slowly. For a typical Intel or AMD CPU, a single spreading motion should take about 3 seconds. The slower the movement, the easier it is to spread the paste evenly.
Technical Details Kryonaut
Thermal Grizzly Products in Comparison
 TG Kryonaut – 1.5ml |  TG Kryonaut extreme – 2g |  TG Duronaut – 2g |  TG Hydronaut – 1.5ml |  TG Aeronaut – 1.5ml |  TG Spatula PRO |  TG Spatula | |
|---|---|---|---|---|---|---|---|
Customer Reviews | — | — | — | — | — | — | — |
Price | — | — | — | — | — | — | — |
Temperature ?K - low good | 6.93 | 6.87 | 6.50 | 7.47 | 9.09 | — | — |
Performance | High | High | Very high | High | High | — | — |
Durability | High | High | Very high | Very high | Very high | High | High |
Ease of Use | High | High | Medium | Very high | Very high | Ergonomic | Simple |
Extreme Overclocking | Suitable | Highly suited | Suitable | Not suitable | Not suitable | — | — |
Operating temperature | -250°C bis +350°C | -250°C bis +350°C | — | -200°C bis +350°C | -150°C bis +200°C | — | — |
Viscosity | 130 - 170 Pa·s | 130 -180 Pa·s | — | 140 - 190 Pa·s | 110 - 160 Pa·s | — | — |
Density | 3.7g/cm³ | 3.76g/cm³ | — | 2.6g/cm³ | 2.6g/cm³ | — | — |
Thermal Grizzly Kryonaut
The choice for overclockers
The Kryonaut thermal paste offers excellent thermal conductivity and remains stable even at high temperatures without curing – ideal for extreme cooling demands.
Available in four sizes: 1g | 1.5ml | 3ml | 10ml
Maximum performance for low temperatures
The Kryonaut thermal paste has been optimized for "Kryonauts" and demanding cooling applications, delivering impressive durability and excellent heat dissipation. Thanks to nano-aluminum and zinc oxide, Kryonaut compensates for surface irregularities and ensures optimal contact.
Application Tools
Kryonaut 1.5ml includes an applicator to make applying the thermal paste easier.
My thermal paste is difficult to spread or comes off the surface. What can I do?
The surface should be thoroughly cleaned and be free of grease before use. The thermal paste should be at least at room temperature when applied. It is important to spread the thermal paste very slowly during application.
How long is Thermal Grizzly thermal paste usable after opening?
With proper storage and packaging, the thermal paste can be used for at least 3 years without issues, and in many cases, significantly longer.
Why can't I find the thermal conductivity value on the packaging?
The typically theoretical thermal conductivity values vary greatly depending on the application, as important factors such as contact pressure, temperature, or surface cannot be uniformly accounted for.
Should I store the thermal paste in its original packaging after use?
Thermal Grizzly thermal paste packaging is specially coated on the inside to protect the syringe and its contents from UV radiation and other environmental influences. We recommend storing it in the original packaging.
Application of Thermal Grizzly Thermal Paste
Apply a small amount of thermal paste to the CPU
The surface should be thoroughly cleaned and free of grease before use. We recommend using TG Remove or TG Cleaning Wipes for cleaning. The thermal paste should be at least at room temperature when applied.
Spread the thermal paste
When applying, it is important to spread the thermal paste very slowly. For a typical Intel or AMD CPU, a single spreading motion should take about 3 seconds. The slower the movement, the easier it is to spread the paste evenly.
Technical Details Kryonaut
| Operating Temperature: | -250°C to 350°C |
|---|---|
| Density: | 3.7 g/cm³ |
| Electrical Conductivity: | 0 pS/m |
| Viscosity: | 130 - 170 Pa·s |
Thermal Grizzly Products in Comparison
TG Kryonaut – 1.5ml | TG Kryonaut extreme – 2g | TG Duronaut – 2g | TG Hydronaut – 1.5ml | TG Aeronaut – 1.5ml | TG Spatula PRO | TG Spatula |
|---|---|---|---|---|---|---|
| Customer Reviews | ||||||
| — | — | — | — | — | — | — |
| Price | ||||||
| — | — | — | — | — | — | — |
| Temperature ?K - low good | ||||||
| 6.93 | 6.87 | 6.50 | 7.47 | 9.09 | — | — |
| Performance | ||||||
| High | High | Very high | High | High | — | — |
| Durability | ||||||
| High | High | Very high | Very high | Very high | High | High |
| Ease of Use | ||||||
| High | High | Medium | Very high | Very high | Ergonomic | Simple |
| Extreme Overclocking | ||||||
| Suitable | Highly suited | Suitable | Not suitable | Not suitable | — | — |
| Operating temperature | ||||||
| -250°C bis +350°C | -250°C bis +350°C | — | -200°C bis +350°C | -150°C bis +200°C | — | — |
| Viscosity | ||||||
| 130 - 170 Pa·s | 130 -180 Pa·s | — | 140 - 190 Pa·s | 110 - 160 Pa·s | — | — |
| Density | ||||||
| 3.7g/cm³ | 3.76g/cm³ | — | 2.6g/cm³ | 2.6g/cm³ | — | — |
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