Kryonaut
Kryonaut thermal grease was created especially for the extremely demanding applications and the highest expectations of the overclocking community. Kryonaut is also highly recommended as a top product for critical cooling systems in the industrial environment.
- designed for Overclocking
- excellent thermal conductivity
- no curing
- long-term durability
- no electrical conductivity!!!
- applicable with aluminum (warning is for Conductonaut only!)
Application | Rating |
---|---|
Thermal Conductivity | ***** |
Sub-Zero Overclocking | ***** |
Overclocking | ***** |
Water Cooling | ***** |
Air Cooling | ***** |
Silicone Sensitive Areas | — |
„Kryo” – the greek word for “cold” – also found in the german word for “cryoengineering”, suggests that this thermal grease was created especially for cryogenic applications – for the true “Kryonauts” amongst the “extreme overclockers”.
Kryonaut uses a special structure, which halts the drying out process at temperatures of up to 80° Celsius. This structure is also responsible for the nano-aluminum- and zinc-oxide-parts included in the grease to compound optimally, to compensate for unevenness of the component (i.e. the CPU) or the heat sink, thus guaranteeing remarkable heat transfer.
Thermal Conductivity | 12,5 W/mk |
Thermal Resistance | 0,0032 K/W |
Electrical Conductivity* | 0 pS/m |
Viscosity | 130-170 Pas |
Specific Weight | 3,7g/cm3 |
Temperature | -250 °C / +350 °C |
Capacity | 1,5ml / 5,55 g |
*following DIN 51412-1
Max –
Voor videokaart en cpu gebruikt.
Op mijn overclockte 5930k 4,4ghz 1.27v is de temperatuur 8 graden gedaald.
Op mijn videokaart (2070 OC 2040mhz +700mem) is de temperatuur iets minder gedaald maar wel een boost-bin omhoog gegaan dus dat was het al waard.