
Description Heatsink silicone thermal paste grease - 15g
This heatsink silicone thermal paste is thermal paste for mounting a heatsink on a chip. You use it between a CPU, chipset, or other processor and a heatsink. The paste fills small irregularities on the surface. As a result, the heatsink makes better contact and heat can be dissipated faster.
The paste is stable in use. It stays in place and does not “run” or leak. It is also non-electrically conductive and non-capacitive. This is important for electronics, as you do not want to risk a short circuit. The thermal paste is grey and comes in a practical package containing 15 g.
With a thermal conductivity of more than 4.63 W/mK, this paste is suitable for PCs, embedded systems, and other projects where heat dissipation matters. It operates over a wide temperature range of -30 to 280 °C. As a result, it is also suitable for use under heavier loads or at higher temperatures.
Heatsink silicone thermal paste grease - 15g
SKU: GB1088
- Order before 4:00 PM = shipped today
- Free shipping from €99.95
- 14 days free returns
- Same-day pickup at our office in Leusden
Description Heatsink silicone thermal paste grease - 15g
This heatsink silicone thermal paste is thermal paste for mounting a heatsink on a chip. You use it between a CPU, chipset, or other processor and a heatsink. The paste fills small irregularities on the surface. As a result, the heatsink makes better contact and heat can be dissipated faster.
The paste is stable in use. It stays in place and does not “run” or leak. It is also non-electrically conductive and non-capacitive. This is important for electronics, as you do not want to risk a short circuit. The thermal paste is grey and comes in a practical package containing 15 g.
With a thermal conductivity of more than 4.63 W/mK, this paste is suitable for PCs, embedded systems, and other projects where heat dissipation matters. It operates over a wide temperature range of -30 to 280 °C. As a result, it is also suitable for use under heavier loads or at higher temperatures.








