Θερμαγώγιμη Πάστα Thermal Grizzly Kryonaut – 11,1g / 3ml (x2)

Installment plan | Amount / month |
---|---|
2 | 17,53 € |
4 | 8,81 € |
6 | 5,91 € |
8 | 4,45 € |
10 | 3,58 € |
12 | 3,00 € |
18 | 2,03 € |
24 | 1,55 € |
36 | 1,06 € |

Συμπλήρωσε τα στοιχεία σου για να σε καλέσουμε άμεσα.
-
Pickup from the store:El. Ave. Venizelou 73 (formerly Theseos), Kallithea
-
Pick up from a BoxNow machine:With BoxNow you can pick up your parcel from an Automatic Pickup Machine that is near you at all hours of the day 24/7. Possibility of cash on delivery with an additional fee of €1
-
Shipping to your location (Calculate shipping):
Detailed Description
Thermal Grizzly Kryonaut is a high-performance thermal paste specifically crafted for extreme applications, especially favored by the overclocking community. This premium thermal paste is designed to deliver outstanding thermal conductivity and longevity, making it perfect for essential cooling systems.
Key Features:
- Designed for Overclocking: Kryonaut is tailored to the rigorous thermal management needs of extreme overclockers, ensuring maximum performance under intense heat conditions.
- Excellent Thermal Conductivity: It boasts a thermal conductivity of 12.5 W/mK, facilitating efficient heat transfer and optimizing system performance.
- No Curing Required: Kryonaut is ready to use immediately, as it does not need curing, maintaining optimal performance from the first application.
- Long-term Durability: Its unique structure prevents drying at temperatures up to 80°C, ensuring consistent performance over time.
- Safe to Use: Kryonaut is non-electrically conductive, preventing risks of electrical interference or damage during application.
This premium thermal paste stands out in the market due to its unique properties and technical specifications, making it a must-have for dedicated overclockers and critical cooling systems in industrial settings.
Specifications
-
Color
- Silver matte
-
Density
- 3.7 g/cm³
-
Electrical Conductivity
- 0 pS/m
-
Operating Temperature Range
- -250°C to +350°C
-
Viscosity
- 120-170 Pa·s
-
Thermal Conductivity
- 12.5 W/mK
-
Thermal Resistance
- 0.0032 K/W
-
Content
- 11.1g / 3ml