Noctua NT-H1 Thermal Paste 10g 4ml High Performance CPU GPU Compound NT-H1-10

Unlock the full potential of your system with the Noctua NT-H1 Thermal Paste – the award‑winning solution that keeps your CPU and GPU running cooler, faster, and more reliably. This high‑performance compound is designed to give you immediate temperature drops, so you can push higher clocks and enjoy quieter operation.

Noctua NT-H1 Thermal Paste 10g 4ml High Performance CPU GPU Compound NT-H1-10

Trusted by overclockers and enthusiasts worldwide, NT‑H1 delivers benchmark‑level thermal conductivity without the hassle. Its hybrid formula spreads effortlessly, eliminating the need for manual spreading – just a small dot, attach the cooler, and you’re ready to go.

Safety is built in: the paste is non‑conductive and non‑corroding, so you never have to worry about short‑circuits on copper, aluminium, or nickel‑plated coolers. It also cleans easily with a dry or slightly damp tissue, requiring no solvents.

The extra‑large 10 g (4 ml) tube provides enough material for 9‑60 applications, making it perfect for frequent upgrades or multiple builds. Its stable formula stays effective for years, even under extreme temperature cycles.

Benefits

• Award‑winning thermal performance that lowers temperatures instantly.
• Easy, mess‑free application – no manual spreading required.
• Non‑electrically conductive and non‑corroding for safe use on any cooler.
• Long‑term stability ensures reliable performance for 5 years or more.

Uses of the product

• Optimizing CPU cooling for air or liquid coolers.
• Enhancing GPU thermal management in high‑performance graphics cards.
• Supporting overclocked systems that demand lower temperatures.
• Maintaining silent PC builds where efficient heat transfer is critical.

Features

• Operating temperature range from –50 °C to 110 °C.
• High density of 2.49 g/cm³ for superior heat conduction.
• Compact 10 g (4 ml) package suitable for 9‑60 applications.
• Thermal paste type with proven long‑term stability and no break‑in period.

Specifications