
Highlights & Details
Noctua Cooler Wärmeleitpaste Noctua 3,5g NT-H2 Thermally conductive paste
- Thermally conductive paste
- 2.81 g/cm³
- Grey
- 1 piece
Technical specifications
- Product type
Thermally conductive paste
- Content
1 pc(s)
- Factory colour
Grey
- Type
Thermally conductive paste
- Capacity
1.2 ml
- Weight
3.5 g
- UKCA
yes
- Operating temperature (T-T)
-50 - 200 °C
- Master (outer) case gross weight
5.14 kg
- Quantity per pack
1 Stück(e)
- Master (outer) case length
335 mm
- Products per master (outer) case
80 Stück(e)
- Density
2.81 g/cm³
- Master (outer) case height
312 mm
- Master (outer) case width
322 mm
- Package weight
55 g
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3737075 Noctua Cooler Wärmeleitpaste Noctua 3,5g NT-H2 Thermally conductive paste 1 pc(s)
User & Safety Instructions 3737075 Noctua Cooler Wärmeleitpaste Noctua 3,5g NT-H2 Thermally conductive paste 1 pc(s)
Security datasheet
Security datasheet 3737075 Noctua Cooler Wärmeleitpaste Noctua 3,5g NT-H2 Thermally conductive paste 1 pc(s)
Description
Based on the award-winning NT-H1
NT-H2 is based on Noctua's renowned NT-H1, which has received more than 150 awards and recommendations from international hardware websites and magazines. Over-clocking and hardware enthusiasts in particular like to reach NT-H1 around the world, so that it has become an established reference for high-quality heat conductive pastes.
Manifold excellent performance Many times excellent performance
In order to further improve the award-winning NT-H1, the mixture of metal-oxide micro-particles was consistently further optimized for NT-H2 in order to enable even lower heat-conducting resistance as well as lower layer thicknesses with typical contact pressure. In this way, NT-H2 can achieve even better results in most application scenarios.
Easy to attach Simple to raise
NT-H2 distributes itself exceptionally under pressure and does not need to be applied manually before installing the cooler: Just apply a little paste to the CPU (see application instructions for details), place the cooler - done!
Easy removal with provided cleaning tissues Easy removal with provided cleaning tissues
The 3.5g package is supplied with three large NA-CW1 cleaning cloths, moistened with a special active ingredient solution, which makes the removal of NT-H2 a breeze: Simply wipe the paste off the CPU with one of the tissues and off the contact surface of the cooler and you're done!
Optional NA-SCW1 set for frequent application Optional NA-SCW1 set for frequent use
For Power users who frequently remove and remove their coolers, the optional NA-SCW1 set consisting of 20 NA-SCW1 cleaning cloths is recommended. Using the cleaning cloths, NT-H2 can be very easily removed from the CPU heatspreaders as well as from the contact surface of the radiator.
Not electrically non-conductive, non-corrosive Not electrically conductive, non-corrosive
While the use of some high-end heat conductive pastes and pads is risky due to their electrical conductivity or corrosive properties, with NT-H2 you are always on the safe side: No risk of short-circuits, trouble-free use with CPU coolers of all types (copper, aluminum, with or without nickel, etc.)!
Excellent long-term stability Excellent long-term stability
The special formulation of the paste has excellent long-term stability even after intensive use. For example, NT-H2 can be stored at room temperature for at least 3 years and can be used on the CPU for 5 years or longer thanks to its excellent curling, bleaching, dry-out and thermal cycling characteristics.
No breaking-in time required No breaking-in time required
Some heat conductive pastes require a longer run-in time until they reach their full performance, and some heat conductive pads require a separate burn-in process. In contrast, NT-H2 is fully operational immediately and does not require any special preparations.
3.5g pack for 3-20 applications 3.5 g pack for 3-20 applications
The classical 3.5g pack is perfect for users who only occasionally install cooler. Depending on the size of the CPU, it is sufficient for around 3-20 applications (e.g. approx. 3 applications for large CPUs such as TR4 and approx. 20 for small CPUs such as LGA1151).
This text is machine translated.







