The NT-H1 is a first-line thermal interface material, designed for those enthusiasts who demand exceptional performance while providing maximum ease of use: a hybrid compound of different microparticles that allows minimal thermal resistance, excellent ease of use and remarkable long-term stability.
NT-H1 consists of a thermal compound of different microparticles, optimized for use in PCs. Thanks to its extremely low thermal resistance, as well as excellent flexibility and ease of extension, NT-H1 obtains very remarkable results.
Maximum ease of use and efficient dosing
Since NT-H1 extends very well under pressure, it is not necessary to apply the paste on the heatsink. This reduces, on the one hand, product consumption; on the other, the time spent in the installation process. Put a drop of NT-H1 in the center of your CPU, install the heatsink and that's it!
Optimum performance from the beginning
NT-H1 reaches its maximum performance from the beginning and does not need a preheating time.
Excellent long-term stability
NT-H1 does not contain solvents or other substances with a low flash point and provides great long-term stability. Due to its exceptional vulcanization, purging and drying and the thermal cycle characteristics of the compound, NT-H1 can be used for several years without problem.
Non-conductive electricity, non-corrosive
NT-H1 has a very low dielectric constant and high dielectric strength. Consequently, there is no danger of short circuits even in case of direct contact with the conductive components or PATHS. Fully compatible with all materials normally used in PCs, this thermal paste is suitable for use in copper and aluminum heatsinks.
Suitable for compression cooling
NT-H1 is perfect for use in compression heatsinks. Even at very low temperatures, the paste provides full performance and remains easy to clean.
- Volume 1.4ml (for at least 15 applications)
- Specific gravity 2.49 g / cm³
- Recommended storage time (before use) Up to 2 years
- Recommended time of use (after the first application) Up to 3 years
- Minimum and maximum operating temperatures -50 ° C to + 110 ° C
- Recommended operating temperatures -40 ° C to + 90 ° C