-40%
Thermal Grizzly Kryonaut The High Performance Paste for Cooling All Processors
$ 7.1
- Description
- Size Guide
Description
EXTREMELY high thermal conductivity of 12.5KW achieved with even smaller particles, is perfect for even the most demanding configurations and can also be used in industrial cooling systemsTHERMAL COMPOUND PASTE EASY TO USE - Thanks to a specially constructed syringe and a spatula for spreading thermal grease included. It guarantees a simple, pleasant and precise distribution of the paste on your processor or graphics card
LONG ACTION - Provides long-lasting effect, thanks to its characteristic and specialized structure, Kryonaut thermal paste does not dry out even at 80° Celsius degrees
SURPRISING EFFECTS - Already at the first use of this thermal solution, you may experience a drop in temperature, which will reduce the loudness of your equipment and improve the comfort of use
NUMBER 1 ON THE MARKET - Confirmed by many tests, the most popular choice meets the highest quality standards not only of standard computer users but also of avid Overclocking fans
Product Description
Thermal Grizzly
The Kryonaut thermal paste was specially developed for the extremely demanding applications and the highest requirements of the overlocking community. Kryonaut is also recommended as a top product for critical cooling systems in the industrial sector.
Kryonaut is a silicone-based paste that allows the use of more aluminium in its mix, resulting in better thermal performance and lower operating temperatures.
Thermal Grizzly Kryonaut Thermal Paste
Cryotechnology
"
Kryo
" - the Greek word for "cold", which is also used in cryogenics - indicates that Kryonaut Thermal Paste is specifically designed for use at low temperatures - it was developed for the true "cryouts" of "extreme overclockers".
Excellent Thermal Conductivity
The contained
nanoparticles of aluminium
and zinc oxide enable the alignment of the connected surfaces of components such as the processor contact plate or the water block to ensure perfect thermal conductivity.
Kryonaut Thermal Paste
It allows excellent heat conduction between components such as
CPU
,
GPU
,
LEDs
,
heat dissipation fin plates
and
fans
. The way it is applied ensures ease of use.
Compatible
PS3, PS4, PS5
Xbox 360, One, Series S and Series X
Excellent for dissipating heat from Macbooks.
Computer components such as CPU, GPU, LEDs, heat dissipation fins and fans.
It can work with almost any system either with air or with liquid nitrogen (down to -250°C).
The cap provided facilitates precise application of the paste.
Kryonaut Kit
Properties:
Thermal Grizzly Kryonaut is an extremely high-performance thermal paste that can also develop its performance in the low-temperature range. Kryonaut thermal paste does not harden and has a high long-term stability.
Applications:
Thermal Grizzly Kryonaut is used in applications that require high temperature resistance, e.g. applications in electrical engineering - especially in computer technology. In addition, Thermal Grizzly Kryonaut covers a wide range of applications and can be used in many industries. Thermal Grizzly Kryonaut is particularly suitable for application with the Thermal Grizzly applicator. However, it can also be applied with a brush, spatula, screen and pad printing.
Storage conditions:
Thermal Grizzly Kryonaut should be stored in dry rooms at room temperature and in its original packaging.
Kryonaut Technical Details
Thermal Conductivity:
12,5 W/mk
Thermal Resistance:
0,0032 K/W
Electrical Conductivity:
0 pS/m
Viscosity:
120-170 Pas
Density:
3,7 g/cm3
Temperature:
-250 °C/+350 °C
Consistency:
Soft
Colour:
Light-Grey
Standard Sizes:
1 g; 5,55 g; 11,1 g; 37 g
Thickness:
Variable
Silicone-based:
Yes
Typical Applications:
CPUs, GPUs, Notebooks, ICs
Thermal Conductivity:
8,5 W/mk
11,8 W/mk
73 W/mk
8 W/mk
62,5 W/mk
Temperature:
-150 °C / +200 °C
-200 °C / +350 °C
-100 °C / +250 °C
-250 °C / +150 °C
Viscosity:
110–160 Pas
140-190 Pas
0,0021 Pas
Thermal Resistance:
0,0129 K/W
0,0076 K/W
Standard Sizes:
1 g; 3,9 g; 7,8 g
1 g; 3,9 g; 7,8 g; 26 g
1 g; 5 g