Thermal Grizzly HYDRONAUT Thermal Paste TG-H-015-R 3.9G

Product Code: 4260711990335
Brand: Thermal Grizzly
Price Updated On: 15 Jun, 2024
With its excellent thermal conductivity, Hydronaut can also be used in the overclocking area, but it was specially developed for users with large heat sinks who are looking for a high-quality product with an attractive price/performance ratio for their water cooling system.
  • Suitable for overclocking
  • Excellent thermal conductivity
  • Silicone free
  • Not electrically conductive
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Availability: Out of Stock
Warranty: Without Warranty
Rs.4,200

HYDRONAUT

With its excellent thermal conductivity, Hydronaut can also be used in the overclocking area, but it was specially developed for users with large heat sinks who are looking for a high-quality product with an attractive price/performance ratio for their water cooling system, for example.

  • Suitable for overclocking 
  • Excellent thermal conductivity
  • No curing
  • Silicone free
  • Not electrically conductive
  • Applicable to aluminium coolers
    (warning label is exclusively for Conductonaut!)
operation area Rating
Thermal conductivity ****
Sub-zero overclocking ****
Overclocking *****
Water cooling *****
Air cooling *****
Silicone sensitive applications *****

The Hydronaut Paste offers optimal thermal conductivity for large-area heat transfer media, as can be found particularly in the water cooling sector.

The Hydronaut thermal paste has a silicone-free carrier structure. This has the advantage that it has a very low weight and a high degree of flexibility, which means that the thermal paste can be applied very easily.

Hydronaut achieves optimal values ??for use on medium and large-area heat carriers. The product, manufactured according to the ROHS standard, is an easily applied heat transfer medium for demanding users.

Thermal resistance

0.0076 K / W

Electrical conductivity *

0 pS / m

 viscosity  140-190 pas
 Spec. Weight   2.6g / cm3
 temperature  -200 ° C / +350 ° C
 content  1.5ml / 3.9g - 3ml / 7.8g

  * according to DIN 51412-1

No Specifications Found