Noctua NT-H1 heat sink compound Thermal paste 3.5 g by Noctua
- Be the first to review
- Item Number: FD3054364
- Part Number: NT-H1 3.5g SW Edition
| 29 IN STOCK |
£12.48 Incl. all UK VAT and taxes
|
Ships in 10 days Shipping to United Kingdom only £ 5.99! |
Similar Products
-
StarTech 20G CPU Thermal Paste Compound
IN STOCK
£ 4.51 (incl. VAT) -
Arctic Silver 5 Thermal Compound 3.5g
IN STOCK
£ 10.78 (incl. VAT) -
Thermal Grizzly Kryonaut Thermal Grease Paste - 1.0 Gram
IN STOCK
£ 6.75 (incl. VAT) -
Corsair TM30 Performance Thermal Compound
IN STOCK
£ 8.25 (incl. VAT) -
Prolimatech PK-2 Nano Aluminium High-Grade Thermal Compound 30g
IN STOCK
£ 35.93 (incl. VAT) -
Thermal Grizzly Carbonaut Thermal Pad 32x32x0.2mm
IN STOCK
£ 12.93 (incl. VAT) -
Noctua NT-H1 1.4ml (3.5g) Thermal Paste
IN STOCK
£ 9.52 (incl. VAT) -
Thermal Grizzly Kryonaut Thermal Grease Paste - 11.1 Grams
IN STOCK
£ 28.63 (incl. VAT) -
Thermal Grizzly Conductonaut EXTREME Liquid Metal Thermal Paste - 1.0 Gram
IN STOCK
£ 18.14 (incl. VAT) -
Arctic Silver 5 Thermal Compound 12g (3cc) Tube
IN STOCK
£ 32.19 (incl. VAT) -
Prolimatech PK-3 Nano Aluminium Thermal Compound 5g
IN STOCK
£ 15.90 (incl. VAT) -
Thermal Grizzly Hydronaut Thermal Grease Paste - 3.9 Grams
IN STOCK
£ 11.63 (incl. VAT) -
Thermal Grizzly Kryonaut Extreme Thermal Grease Paste - 33.84 Gram (9.0 ml)
IN STOCK
£ 89.20 (incl. VAT) -
Thermal Grizzly Hydronaut Thermal Grease Paste - 26.0 Grams
IN STOCK
£ 33.97 (incl. VAT) -
Prolimatech PK-3 Nano Aluminium Thermal Compound 30g
IN STOCK
£ 45.61 (incl. VAT)
Details
SW (Spatula & Wipes) Edition
The SW (Spatula & Wipes) Edition includes a spatula for users who prefer to manually spread the paste before installing the heatsink as well as three NA-CW1 cleaning wipes for pre-application cleaning and easy removal.
Not electrically conductive, non-corroding
While some high-end thermal compounds and pads are risky to use due to their electrical conductivity or corroding properties, there’s no risk of short-circuits with NT-H1 and it’s completely safe to use with any type of CPU cooler, regardless of whether it’s made from copper or aluminium and whether it’s nickel-plated or not.
Excellent long-term stability
NT-H1's unique formula is highly stable over time, even after longer periods of usage. It can be stored at room temperature for at least 3 years and due to the compound’s exceptional curing, bleeding, dry-out and thermal cycling characteristics, it can be used on the CPU for 5 years or more.
No break-in or burn-in required
Some thermal compounds need a longer break-in period or cure time until they reach their full performance and some thermal pads must undergo a dedicated burn-in process. By contrast, NT-H1 is ready to go right away and doesn’t require any special preparations.
The SW (Spatula & Wipes) Edition includes a spatula for users who prefer to manually spread the paste before installing the heatsink as well as three NA-CW1 cleaning wipes for pre-application cleaning and easy removal.
Not electrically conductive, non-corroding
While some high-end thermal compounds and pads are risky to use due to their electrical conductivity or corroding properties, there’s no risk of short-circuits with NT-H1 and it’s completely safe to use with any type of CPU cooler, regardless of whether it’s made from copper or aluminium and whether it’s nickel-plated or not.
Excellent long-term stability
NT-H1's unique formula is highly stable over time, even after longer periods of usage. It can be stored at room temperature for at least 3 years and due to the compound’s exceptional curing, bleeding, dry-out and thermal cycling characteristics, it can be used on the CPU for 5 years or more.
No break-in or burn-in required
Some thermal compounds need a longer break-in period or cure time until they reach their full performance and some thermal pads must undergo a dedicated burn-in process. By contrast, NT-H1 is ready to go right away and doesn’t require any special preparations.
Specifications
| WEIGHT / VOLUME | 3.5 g |
| OPERATING TEMPERATURE | -50 - 110 °C |
| COLOR | Grey |
| DENSITY | 2.49 g/cm³ |