www.thermal-grizzly.com
PRODUCT DATA SHEET
Thermal Grizzly Kryonaut
Description:
Thermal Grizzly Kryonaut is a high performance
thermal grease.
Properties:
Thermal Grizzly Kryonaut is an extremely high
performance thermal grease, which shows its true
capabilities in cryogenic environments. Kryonaut
thermal grease sports high long time stability, all
without curing.
Applications:
Thermal Grizzly Kryonaut is best used with appli-
cations in need of high temperature resistance,
for example those in electrical or computer
engineering. Of course, Thermal Grizzly Kryonaut
can also be used in a wide variety of other lines
of industries. Thermal Grizzly Kryonaut is best
applied with the Thermal Grizzly applicator, but
it can also be applied by way of brush, spatula,
silkscreen or pad printing.
Storage:
Thermal Grizzly Kryonaut should be stored in its
original packaging, in a dry environment at room
temperature.
Thermal Grizzly – High Performance Cooling Solutions
Egelpfuhlstrasse 44 · 13581 Berlin · Germany
Phone +49-40-53 27 88 50 · Fax +49-321-21 13 47 93
sales@thermal-grizzly.com
CEO: Eike Salow · USt-IdNr. DE270324124
Property Value/Description
Viscosity 130 –170 Pas
Density 3.7g/cm³
Application Temperature -250° C to 350° C
Electrical Conductivity* 0 pS/m
Thermal Resistance 0.0032 K/W
Consistency soft
Property Value/Description
Colour light grey
Standard Sizes 3ml, 1,5ml, 1g
Possible Thinkness variable
Silicone based yes
Typical Application CPUs, GPUs,
Notebooks, ICs
Trademark Information:
Thermal Grizzly is a registered trademark.
Please note:
The data in this technical data sheet are based on
our current knowledge and experience. Due to the
large amount of possible factors, this should not be
construed as to release the users from doing their own
tests and screening. No legally binding assurance
of specic properties or applicability for a concrete
purpose should be derived from these data. Please
consider contacting us for further detail.
It is the responsibility of the recipient of our products
to ensure that any proprietary rights and existing laws
and legislation are observed.
TGU20212309
*following DIN 51412-1
All of these data were determined and conrmed with the technical facilities of http://overclocking.guide.