www.thermal-grizzly.com

PRODUCT DATA SHEET

Thermal Grizzly Kryonaut Extreme

Description:

Thermal Grizzly Kryonaut Extreme is based on our well

known Kryonaut paste. For Kryonaut Extreme the

maximum thermal conductivity was accomplished

due to the smallest particle size, thinner minimum

layer height and improved low temperature applica-

tion.

Properties:

Thermal Grizzly Kryonaut Extreme is an extremely

high performance thermal grease, which shows it’s

true capabilities in cryogenic enviroments such as

extreme overclocking with liquid nitrogen. Addtion-

al electrically non-conductive aluminiumoxide nano

particles and improved application evolved Kryo-

naut Extreme to our new high-end product. In coop-

eration with leading engineers and pro-overclockers

Thermal Grizzly made sure Kryonaut Extreme works in

ambient application such as water cooling as well

as with extreme overclocking such as liquid nitrogen.

Storage:

Thermal Grizzly Kryonaut Extreme 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 135–180 Pas

Density 3.76g/cm³

Application Temperature -250° C to 350° C

Electrical Conductivity* 0 pS/m

Consistency soft

Property Value/Description

Colour pink/light red

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 do-

ing their own tests and screening. No legally bin-

ding assurance of specic properties or applicabi-

lity for a concrete purpose should be derived from

these data. Please consider contacting us for

further detail. It is the responsibility of the recipi-

ent of our products to ensure that any proprietary

rights and existing laws and legislation are obser-

ved.

TGU20212309

*following DIN 51412-1

All of these data were determined and conrmed with the technical facilities of http://overclocking.guide.