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Thermal Grizzly

Thermal Grizzly TG-A-015-R Aeronaut thermal paste 1.5ml

SKU CH-F4DS-8JZYH

A 1.5 ml syringe of non-conductive thermal paste rated at 8.5 W/mK for CPUs, GPUs and consoles

  • Volume / Net Weight1.5ml/3.9 g
  • Thermal Conductivity8.5 W/mK
  • Long Term Operating Temperature-150 °C / +200 °C
  • SpecificationsEven though the amount of metallic elements in Aeronauts for
  • Featuresvery good thermal conductivity long-term durability no curin
  • High thermal conductivity rated at 8.5 W/mK
  • Electrically non-conductive at 0 pS/m for safe application
  • Wide operating range from -150 °C to +200 °C
  • No curing required and syringe allows precise placement
  • Low thermal resistance of 0.0129 K/W improves heat transfer

Ideal beginner thermal paste

Aeronaut is a 1.5 ml syringe of non-conductive gray grease rated at 8.5 W/mK thermal conductivity. It targets PC builders and console owners who want a step up from stock compound without the risk of liquid-metal shorts. The formula contains fewer metallic particles than premium Thermal Grizzly pastes yet still delivers reliable heat transfer for CPUs, GPUs and laptop coolers. No curing time means temperatures stabilise immediately after assembly.

Key spec: 8.5 W/mK conductivity

That single figure tells you whether the paste meets your cooling budget; it sits well above basic silicone compounds but below liquid-metal alternatives. Electrical conductivity is 0 pS/m, so accidental contact with surrounding components will not cause shorts. Long-term operating range spans -150 °C to +200 °C and thermal resistance measures 0.0129 K/W, giving confidence for sustained loads on desktops, laptops, PS3 through PS5 and Xbox consoles. Viscosity of 110 to 160 Pas keeps the paste in place without pumping out.

Syringe applies cleanly, avoid over-spread

The included syringe dispenses a controlled bead directly onto the die or cold plate, and the gray colour makes coverage easy to inspect. Common mistakes are applying too much paste or spreading it manually, which can trap air bubbles and raise temperatures. Because Aeronaut has no curing cycle, you can reseat the cooler immediately if the first mount looks uneven. The compound wipes off with isopropyl alcohol and leaves far fewer micro-scratches than abrasive pastes, preserving surface finish for future upgrades.

Kohokohdat

  • High thermal conductivity rated at 8.5 W/mK
  • Electrically non-conductive at 0 pS/m for safe application
  • Wide operating range from -150 °C to +200 °C
  • No curing required and syringe allows precise placement
  • Low thermal resistance of 0.0129 K/W improves heat transfer

Tekniset tiedot

BrandThermal Grizzly
SeriesAeronaut
ModelTG-A-015-R
Part NumberTG-A-015-R
Volume / Net Weight1.5ml/3.9 g
Thermal Conductivity8.5 W/mK
Long Term Operating Temperature-150 °C / +200 °C
SpecificationsEven though the amount of metallic elements in Aeronauts formula is lower in comparison to our other products, it still provides reliable and perfomant thermal conductivity.
In our lab tests, Aeronaut showed a high amount of wear resistance under high temperatures, and acts also surface-protecting. The removal of Aeronaut thermal grease causes far less micro scratches on the components surface compared to other products.
Featuresvery good thermal conductivity
long-term durability
no curing
no electrical conductivity
applicable with aluminum (warning is for Conductonaut only!)

Kysymyksiä tästä tuotteesta

What does the 8.5 W/mK conductivity mean for my CPU or GPU temperatures?

The 8.5 W/mK rating indicates very good heat transfer between the die and cooler, typically lowering temperatures noticeably versus stock paste.

Is the paste electrically conductive and does it need curing time?

Electrical conductivity is 0 pS/m so it is non-conductive, and the formula requires no curing — it performs immediately after application.

What does the 1.5 ml syringe cover and how is it applied?

The 1.5 ml volume suits multiple CPU or GPU applications; the syringe tip lets you place a pea-sized dot or thin line directly on the heat spreader.

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