Noctua NT-H1 Thermal Compound

Posted on September 15, 2008
Author: Sean Potter
Pages: 1 2 3 4
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Features

I've taken the feature list from Noctua's product page for the NT-H1.

  • Excellent performance
    NT-H1 consists of a hybrid compound of different micro-particles, which has been specifically optimized for use in PC environments. Thanks to its extremely low thermal resistance as well as excellent pliability and spreadability, NT-H1 achieves outstanding results.
  • Maximum ease of use & efficient dosage
    As NT-H1 spreads very well under pressure, there's no need to smear it over the heat-spreader. This reduces both the consumption of paste and the time spent on the installation process: Put one drop of NT-H1 onto the centre of your CPU, install the cooler and that's it!
  • Top-performance right from the start
    NT-H1 reaches its full performance extremely fast and doesn't require a longer "burn-in" time.
  • Excellent long-term stability
    NT-H1 doesn't contain any solvents or other substances with low flash point and provides excellent long-term stability. Due to the compound's exceptional curing, bleeding, dry-out und thermal cycling characteristics, NT-H1 can be used for several years without any problems.
  • Not electrically conductive, non-corroding
    NT-H1 possesses a very low dielectric constant and a high dielectric strength. Therefore, there's no danger of short-circuits even in case of direct contact with components or conducting paths. Fully compatible with all materials commonly employed in PC environments, NT-H1 is suited for use with aluminium and copper coolers.
  • Suitable for compressor cooling
    NT-H1 is perfectly suited for use with compressor coolers. Even at the very lowest temperatures, the paste delivers full performance and remains easy to clean off.

Specifications

Volume1.4ml (for at least 15 applications)
Specific Gravity2,49 g/cm^3
Colourgrey
Recommended storage time (before use)up to 2 years
Recommended usage time (on the CPU)up to 3 years
Peak operating temperature-50°C to +110°C
Recommended operating temperature -40°C to +90°C

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