Gelid Solutions GP-Ultimate Thermal Pad - 90x50x1.0mm

Building on the success of the GP Extreme thermal pads, Gelid have released their "Ultimate" versi...

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eBayGelid Solutions GP Ultimate 1mm Thick Thermal Pad (90 x 50 x 1.0 mm) W/mK 15
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OnBuy.comGp-Ultimate Thermal Pad 90 X 50 X 1.0 Mm Excellent Heat Conduction, Ideal Gap Filler Easy Installation Thermal Conductivity 15W 4897025782198
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£33.97
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Product Information

Full details

The Gelid Solutions GP-Ultimate thermal pad is designed for PC builders and enthusiasts needing superior thermal transfer for high-temperature SMD components on PCBs with uneven surfaces. Its primary benefit is exceptional heat dissipation due to its 15W/mK conductivity, ensuring optimal performance and component longevity. A key consideration is that while it's non-conductive, care should still be taken during installation to avoid accidental shorts with other components. This pad offers a large 90x50mm surface area, a 1mm thickness, and a wide operating temperature range, making it ideal for GPUs, motherboards, and other densely packed electronics.

All features

SeriesGP-Ultimate
Model Part NumberGP-Ultimate
BrandGelid Solutions

Extended Product Information

FAQs

What is the main advantage of the GP-Ultimate over other thermal pads?

The GP-Ultimate offers a superior thermal conductivity of 15W/mK, which is higher than many standard thermal pads, leading to better heat dissipation. It's also designed to effectively fill gaps on uneven surfaces.

Can I use this thermal pad with any heatsink?

Yes, provided the heatsink is designed to make contact with the components you intend to cool. The pad's primary role is to bridge the gap between the component and the heatsink.

Is the GP-Ultimate sticky?

The GP-Ultimate is designed to stay in place through light adhesion and surface tension, but it is not an adhesive. It should not leave sticky residue on components.

How do I cut the pad to size?

You can use sharp scissors or a precision knife to cut the pad to your desired shape and size. Ensure clean, straight cuts for optimal contact.

What happens if the pad is too thick or too thin?

If too thick, it can prevent the heatsink from making proper contact with other components or the PCB. If too thin, it may not fill the gap effectively, leading to poor thermal transfer. The 1mm thickness is standard for many VRM and chipset applications.

Does this thermal pad conduct electricity?

No, the Gelid Solutions GP-Ultimate is non-electrical conductive, making it safe to use around sensitive electronic components without the risk of short circuits.

Troubleshooting

Component overheating after installation

Verify the thermal pad is the correct thickness and fully contacts both the component and the heatsink. Ensure no protective films were left on the pad and that the heatsink is properly secured with even pressure.

Pad is difficult to cut cleanly

Use a very sharp blade (e.g., a new craft knife or sharp scissors). Make slow, deliberate cuts. Ensure the pad is on a stable surface while cutting.

Pad does not make full contact on uneven surfaces

While the GP-Ultimate is designed for uneven surfaces, extreme variations may require a slightly thicker pad or multiple small pieces carefully placed. Ensure the component itself is not damaged or warped.

Pros and Cons

Pros

  • Excellent thermal conductivity for superior heat dissipation.
  • Large size is versatile for various electronic components and boards.
  • Safe to use due to non-electrical conductivity and non-corrosive properties.
  • Durable and stable performance across a wide temperature range.
  • Simple to cut and apply for custom fitment.

Cons

  • Can be thicker than traditional thermal paste, requiring careful placement.
  • Requires precise cutting for smaller components, potential for waste.
  • May not conform to extremely complex or microscopic surface irregularities as well as some high-viscosity pastes.

Setup, Compatibility & Care Instructions

Setup:

  1. Ensure the surfaces to be connected (component and heatsink) are clean and free of dust or old thermal material. Use isopropyl alcohol for cleaning.
  2. Carefully cut the GP-Ultimate thermal pad to the required size using sharp scissors or a craft knife. Avoid stretching the pad.
  3. Apply the cut pad directly onto the component or heatsink surface, ensuring full contact. Remove any protective films if present.
  4. Secure the heatsink onto the component, applying even pressure.

Compatibility:

The Gelid Solutions GP-Ultimate is compatible with a wide range of electronic components including MOSFETs, chipsets, memory modules (VRAM), CPUs, and other SMD components found on motherboards, graphics cards, servers, and other densely packed PCBs. Its 1mm thickness is suitable for gaps typically found in these applications.

Care:

  • Store the thermal pad in its original packaging or a sealed bag in a cool, dry place away from direct sunlight.
  • Avoid touching the pad's surface with bare hands to prevent contamination.
  • If the pad needs to be removed, gently peel it off to avoid damaging components.

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