GELID SOLUTIONS GP-Extreme thermal pad 120 x 20mm 0.5mm
A soft 0.5 mm thermal pad measuring 120 by 20 mm that fills uneven gaps on memory, VRM and M.2 SSD components with high conductivity and no electrical risk
- Excellent heat transfer with 12 W/mK conductivity
- Safe for electronics thanks to non-conductive design
- No degradation over time with non-curing formula
- Simple installation on large 120×20 mm surfaces
- Ideal for VRM, memory and M.2 SSD cooling
GP-Extreme thermal pad for dense PCBs
This GP-Extreme thermal pad measures 120 by 20 mm and is 0.5 mm thick. It is made for filling gaps on uneven surfaces such as memory ICs, MOSFETs and other SMD components found on graphics cards, laptops and gaming consoles.
Builders with height differences on boards
The soft material conforms to micro-controller units, analog ICs and voltage-regulator modules where flat paste cannot reach. It is not suited for users who need a liquid compound for direct die contact or for those who require a thicker pad for larger component stacks.
Handles 12 W across the full sheet
The pad is rated for 12 W of heat transfer over its 120×20 mm area, giving headroom for typical VRM and M.2 SSD cooling. It will run out of capacity when multiple high-power components share the same pad or when the thermal load exceeds the rated wattage.
How it compares
Measured against everything we stock in Thermal Paste, at today’s prices. Recalculated every night.
- Price $5.99
- Cheaper than about 90% of the 498 comparable items (median $12.99).
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Specifications
No published specifications for this item yet.
Questions about this item
What size heatsink or component surface does the 120×20 mm pad cover?
The pad measures 120 mm by 20 mm and 0.5 mm thick, so it fits large PCB areas on graphics cards, laptops or consoles where a single piece can span multiple chips.
Will the GP-Extreme pad short exposed pins on an older GPU or motherboard?
No — the material is non-electrically conductive, so it will not bridge contacts on legacy VRM or memory components you keep in the system.
How can I confirm the pad is making proper contact after installation?
Press the heatsink down evenly; the soft 0.5 mm layer compresses to fill gaps, and you should see a uniform imprint across the 120×20 mm surface when the cooler is removed.
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