HardwareLuxx - Thermal Grizzly Hydronaut
Positive Aspekte der Thermal Grizzly Hydronaut:
+ optimiert für großflächige Wärmeträger wie Wasserkühler
+ relativ unkompliziert in der Anwendung
+ nicht elektrisch leitend
Thermal Grizzly from Hamburg is a new German brand committed to tackling high temperatures and poor heat transfer. The goal is to supply the overclocking community with high-performance thermal products, which remain a weak point. However, the product portfolio can also be used for better and quieter cooling of gaming computers, workstations, mini-PCs, and many other purposes. In addition to higher clock rates, better thermal products allow for quieter cooling and longer lifespan of the cooled components.
To achieve these goals, Thermal Grizzly closely collaborated with the well-known extreme overclocker Roman "der8auer" Hartung during product development. They tested, developed chemical compositions, and analysed competitors. Now, the first product lines have been completed, meeting the highest standards of the manufacturer and the overclocking community.
The thermal paste named Hydronaut is, as the name suggests, particularly suitable for water cooling systems, but it also works very well, for example, between a CPU and an air cooler. With its low density and silicone-free carrier structure, it is particularly suitable for achieving a thin layer and thus low temperatures in large-scale applications. Unlike many competing products, the Hydronaut thermal paste does not tend to harden and remains flexible.
The Hydronaut thermal paste comes here as a 1.5 ml syringe with two applicators included. Using these applicators, a 27 x 27 mm area can be covered with an approximately 3 mm drop of paste, making the syringe sufficient for about 15 applications - of course, this depends on the individual application and skill.
Attention! Please observe the manufacturer's warning instructions before use!
Contents
|
|
Volume (Contents)
|
1.5 ml
|
Weight (Contents)
|
3.9 g
|
Thermal Specifications
|
|
Min. Operating Temperature
|
-200 °C
|
Max. Operating Temperature
|
350 °C
|
Density
|
2.6 g/cm³
|
Viscosity
|
190 Pa·s
|