StarTech.com HEATGREASE20 heat sink compound 1.066 W/m·K 0.847 oz (24 g)1

StarTech.com HEATGREASE20 heat sink compound 1.066 W/m·K 0.847 oz (24 g)

StarTech.com HEATGREASE20. Thermal conductivity: 1.066 W/m·K, Product color: White, Thermal resistance: 0.195 °C/W. Width: 2.83" (72 mm), Depth: 0.709" (18 mm), Height: 0.709" (18 mm). Package width: 3.31" (84 mm), Package depth: 5.98" (152 mm), Package height: 0.906" (23 mm)

Manufacturer: StarTech.com

SKU: STCHEATGREASE20

Manufacturer part number: HEATGREASE20

Vendor: S.P. Richards

MSRP: $16.99

Price: $13.93

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The HEATGREASE20 CPU Thermal Paste Compound can be used to improve the effectiveness of a CPU cooler, by thermally bonding the surface of the CPU to the heatsink, which enables the heatsink and fan to work more efficiently to remove harmful heat from the CPU. This 20g tube of ceramic-based thermal grease is enough for a large number of CPU installations for most home or business computers or any other light application where good thermal bonding between two surfaces is required. Please see our support section for the Material Safety Data Sheet for HEATGREASE20.
The StarTech.com Advantage - Improves the heat transfer between a CPU and heatsink to keep the CPU running cooler - Effectively fills surface imperfections on CPU to prevent air pockets and help heat transfer - Ceramic-based compound that is electrically non-conductive, for safe use around electronics

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Products specifications

Attribute name	Attribute value
Dispenser Type	Tube
Product type	Thermal Grease
Minimum operating temperature	-4°F (-20°C)
Maximum operating temperature	212°F (100°C)
Product name	20g Tube CPU Thermal Paste Grease Compound for Heatsinks
Product Material	Silicone Compound
Manufacturer Part Number	HEATGREASE20
Marketing Information	The HEATGREASE20 CPU Thermal Paste Compound can be used to improve the effectiveness of a CPU cooler, by thermally bonding the surface of the CPU to the heatsink, which enables the heatsink and fan to work more efficiently to remove harmful heat from the CPU. This 20g tube of ceramic-based thermal grease is enough for a large number of CPU installations for most home or business computers or any other light application where good thermal bonding between two surfaces is required. Please see our support section for the Material Safety Data Sheet for HEATGREASE20. More from the Manufacturer
Thermal Resistance (<)	32.4°F/W (0.2°C/W)
Width	2.83"
Depth	0.709"
Height	0.709"
Weight	0.847 oz
Package width	3.31"
Package depth	5.98"
Package height	0.906"
Package weight	1.31 oz
Operating temperature (T-T)	-20 - 100 °C
Storage temperature (T-T)	-50 - 100 °C
Thermal resistance	0.195 °C/W
Thermal conductivity	1.066 W/m·K
Specific gravity	2.3 g/cm³
Evaporation (@ 200°C/24h)	0.001 %
Bleed (@ 200°C/24h)	0.005 %

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Products specifications

Attribute name	Attribute value
Dispenser Type	Tube
Product type	Thermal Grease
Minimum operating temperature	-4°F (-20°C)
Maximum operating temperature	212°F (100°C)
Product name	20g Tube CPU Thermal Paste Grease Compound for Heatsinks
Product Material	Silicone Compound
Manufacturer Part Number	HEATGREASE20
Marketing Information	The HEATGREASE20 CPU Thermal Paste Compound can be used to improve the effectiveness of a CPU cooler, by thermally bonding the surface of the CPU to the heatsink, which enables the heatsink and fan to work more efficiently to remove harmful heat from the CPU. This 20g tube of ceramic-based thermal grease is enough for a large number of CPU installations for most home or business computers or any other light application where good thermal bonding between two surfaces is required. Please see our support section for the Material Safety Data Sheet for HEATGREASE20. More from the Manufacturer
Thermal Resistance (<)	32.4°F/W (0.2°C/W)
Width	2.83"
Depth	0.709"
Height	0.709"
Weight	0.847 oz
Package width	3.31"
Package depth	5.98"
Package height	0.906"
Package weight	1.31 oz
Operating temperature (T-T)	-20 - 100 °C
Storage temperature (T-T)	-50 - 100 °C
Thermal resistance	0.195 °C/W
Thermal conductivity	1.066 W/m·K
Specific gravity	2.3 g/cm³
Evaporation (@ 200°C/24h)	0.001 %
Bleed (@ 200°C/24h)	0.005 %