
- Excellent Thermal Conductivity.
- Wide Temperature Range.
- Non-Conductive of Electricity.
- Without Silicone.
- Does not require curing.
- Optimized for Water Cooling.
- ROHS-Compliant.
Thermal Grizzly Hydronaut is a high-performance thermal paste, designed specifically for extreme applications, including overclocking, and is ideal for large-scale cooling systems such as water cooling. It offers excellent thermal conductivity without curing, is silicone-free and does not conduct electricity, making it safe for a wide range of electronic applications.
The Thermal Grizzly Hydronaut is an exceptional choice for those looking to maximize the cooling efficiency of their systems, especially in overclocking or liquid cooling configurations. With its high thermal conductivity and safety features, it is a solid choice for keeping critical components at optimal operating temperatures.
Main features...
* Excellent Thermal Conductivity: With a thermal conductivity of 11.8 W/m K, it is ideal for handling the thermal loads of overclocking and intensive cooling systems.
* Wide Temperature Range: Works effectively over a very wide operating temperature range, from -200°C to +350°C, making it versatile for various usage scenarios.
* Non-Conductive of Electricity: Its non-conductive composition prevents the risk of short circuits when applied to electronic components.
* Silicone-Free: Its silicone-free structure ensures a light and flexible application, allowing easy distribution over the surface of the component.
* No Curing Required: Unlike other thermal pastes, Hydronaut does not require a curing period, meaning it reaches its maximum thermal efficiency immediately after application.
* Optimized for Water Cooling: Although it is suitable for all types of cooling systems, its characteristics make it especially beneficial for water cooling systems.
* ROHS-Compliant: Complies with regulations for the restriction of hazardous substances, ensuring that it is a safe and environmentally friendly product.
Approximate delivery on Monday, June 08
Please note that the delivery date is an estimate
