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Square grey thermal pad on a white background, 120 by 120 millimetres, point five millimetres thick

GELID SOLUTIONS

GELID SOLUTIONS GP-Ultimate Thermal Pad 120x120x0.5mm 15W/mK

SKU CH-ZV38-86QVF

High-conductivity 15W/mK thermal pad in a 120×120mm sheet at .5mm thickness for GPU VRMs, memory ICs and M.2 SSDs

Option 120 x 120 x 0.5 mm

  • Transfers heat efficiently with 15W/mK conductivity
  • Safe for sensitive electronics with non-conductive design
  • Handles extreme temperatures from -60°C to 220°C
  • Fits large components using 120x120mm dimensions
  • Conforms to uneven surfaces at 0.5mm thickness

Thermal pad for uneven SMD surfaces

The GELID SOLUTIONS GP-Ultimate is a 120x120mm thermal pad designed to bridge height differences on PCB components such as VRM ICs, memory modules and power MOSFETs. Its 15W/mK thermal conductivity provides high-performance heat transfer to heatsinks in laptops, graphics cards and other dense electronics.

Fits standard 120mm component areas

The pad measures 120x120mm with a .5mm thickness to suit enlarged surfaces on RAM sticks, GPU VRM circuits and M.2 SSDs. It requires no curing, remains non-hardening and is non-electrically conductive, so it installs cleanly without risk of shorting adjacent circuitry.

Suits builders addressing hotspot gaps

This pad serves users who need a conformable interface for components with varying heights on a single heatsink plane. Buyers seeking a thin paste for flat CPU dies or a thicker gap filler beyond .5mm should consider other formats.

Highlights

  • Transfers heat efficiently with 15W/mK conductivity
  • Safe for sensitive electronics with non-conductive design
  • Handles extreme temperatures from -60°C to 220°C
  • Fits large components using 120x120mm dimensions
  • Conforms to uneven surfaces at 0.5mm thickness

Specifications

No published specifications for this item yet.

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Questions about this item

How thick is the pad and will it compress under constant GPU pressure?

The pad is 0.5 mm thick and is non-hardening, so it maintains its shape under sustained clamping force.

Does the 15 W/mK material stay stable when the VRM runs at 220 °C all day?

Yes, the pad is rated for continuous operation from -60 °C to 220 °C without curing or degrading.

My board has tall capacitors near the VRM — will the 120 × 120 mm sheet cover them?

The 120 × 120 mm sheet can be trimmed to fit around tall components while still bridging the VRM and heatsink.

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