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Noctua NT-H2 vs Thermal Grizzly Kryonaut

Thermal Grizzly Kryonaut (12.50 W/m K, 1 g)
EUR8,91

Thermal Grizzly Kryonaut

12.50 W/m K, 1 g

Noctua NT-H2 (3.50 g)
EUR13,67

Noctua NT-H2

3.50 g

Thermal Grizzly Kryonaut (12.50 W/m K, 1 g)
EUR8,91 EUR8910,–/1kg

Thermal Grizzly Kryonaut

12.50 W/m K, 1 g

Noctua NT-H2 (3.50 g)
EUR13,67 EUR3905,71/1kg

Noctua NT-H2

3.50 g

Thermal conductivity
Thermal conductivity
12.50 W/m K
Thermal conductivity
Thermal conductivity
unknown
Max. temperature
Max. temperature
350 °C
Max. temperature
Max. temperature
200 °C
Density
Density
3.70 g/cm³
Density
Density
2.81 g/cm³
Viscosity
Viscosity
120 Pa·s
Viscosity
Viscosity
unknown
Thermal resistance
Thermal resistance
0 C/W
Thermal resistance
Thermal resistance
unknown
Weight
Weight
1 g
Weight
Weight
3.50 g

Overall rating
Overall rating
unknown
Overall rating
Overall rating
Very good (90/100) in 1 test

Description
Description
The Kryonaut thermal paste is ideal for low-temperature cooling applications such as nitrogen or compressor 
Description
Description
It combines the excellent application comfort and proven long-term stability of the popular NT-H1 with 

Item number
Item number
5614395
Item number
Item number
10970585
Manufacturer
Manufacturer
Thermal Grizzly
Manufacturer
Manufacturer
Noctua
Category
Category
Thermal grease
Category
Category
Thermal grease
Statutory warranty score
Statutory warranty score
0,1 %
Statutory warranty score
Statutory warranty score
unknown
Return rate
Return rate
1,2 %
Return rate
Return rate
1,6 %
Manufacturer No.
Manufacturer No.
TG-K-001-RS
Manufacturer No.
Manufacturer No.
NT-H2-3
Release date
Release date
27/6/2025
Release date
Release date
12/4/2019
External links
External links
Manufacturer's site (de), Test report (de)
External links
External links
unknown

Thermal paste type
Thermal paste type
Heat sink compound
Thermal paste type
Thermal paste type
Heat sink compound
Thermal conductivity
Thermal conductivity
12.50 W/m K
Thermal conductivity
Thermal conductivity
unknown
Max. temperature
Max. temperature
350 °C
Max. temperature
Max. temperature
200 °C
Density
Density
3.70 g/cm³
Density
Density
2.81 g/cm³
Viscosity
Viscosity
120 Pa·s
Viscosity
Viscosity
unknown
Thermal resistance
Thermal resistance
0 C/W
Thermal resistance
Thermal resistance
unknown

Country of origin
Country of origin
France, Germany, Japan
Country of origin
Country of origin
China, Italy, Poland

Content
Content
0.27 ml
Content
Content
1.20 ml
Weight
Weight
1 g
Weight
Weight
3.50 g

Product Safety
Product Safety
Product Safety
Product Safety

Length
Length
1 cm
Length
Length
16 cm
Width
Width
10 cm
Width
Width
7 cm
Height
Height
20 cm
Height
Height
3.50 cm
Weight
Weight
12 g
Weight
Weight
42 g

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