Gelid GP-Ultimate 90 x 50 导热垫


  • 极限热导率
  • 不导电
  • 无腐蚀性、无固化和无毒
  • 简易申请


Value Pack 0.5mm
Value Pack 1.0mm
Value Pack 1.5mm
Value Pack 2.0mm
Value Pack 3.0mm





单包(含 1 件):0.5 毫米(TP-GP04-A)、1.0 毫米(TP-GP04-B)、1.5 毫米(TP-GP04-C)、2 毫米(TP-GP04-D)、3 毫米(TP- GP04-C)
超值装(含 2 件):0.5 毫米 (TP-VP04-A)、1.0 毫米 (TP-VP04-B)、1.5 毫米 (TP-VP04-C)、2 毫米 (TP-VP04-D)、3 毫米 (TP- VP04-E)


Gelid Ultimate 当安装在具有高度差异和不平整表面的 PCB 上时,例如功率 MOSFET、芯片组、模拟 IC、微控制器单元和其他高温 SMD 组件,旨在为散热器提供完美的热接触。 得益于其增强的多层矩阵、卓越的材料成分和极致的导热性,GP-Ultimate 可以适当地填充空间并提供同类产品中的最佳性能。


Gelid Ultimate 不导电、无腐蚀性、无固化、无毒,支持 -60°C 至 220°C 的扩展工作温度范围。 它的特点是容易 应用,并具有 90x50mm 的导热垫尺寸,最适合 GPU 卡、主板、附加卡和任何其他密集封装电子设备的大型 PCB 表面。


GP-至尊 120x120




(0.5mm): 4897025782112
(1mm): 4897025782198
(1.5mm): 4897025782204
(2mm): 4897025782211
(3mm): 4897025782945


(0.5mm): 4897025782594
(1mm): 4897025782600
(1.5mm): 4897025782617
(2mm): 4897025782624
(3mm): 4897025782952 Award

January 2020:

"Les GP-ULIMATE ont prouvé leurs efficacités et leurs dimensions sont adaptées pour couvrir les besoins d’une carte graphique. Il est tout de même dommage qu’ils soient aussi friables alors que certaines autres marques proposent des produits beaucoup plus élastiques et résistants. Notre Mining Rig respire beaucoup mieux et aura une plus longue durée de vie grâce au GP-ULTMIATE et la pâte GC-EXTREME."

EnosTech Review

December 2019: Enos Tech

"The pricing of GELID Solutions GP-Extreme and GP-Ultimate starts at USD 5.33/EUR 4.80 and goes to USD 16/EUR 14.35 depending upon the thickness of the thermal pad in the respective product category. We have tested these thermal pads on Lexar NM610 M.2 NVMe 250GB SSD for which we cut the 0.5mm thermal pads from both categories to the size of M.2 SSD Type 2280. The GP-Extreme has provided a temperature drop of 17°C under load and GP-Ultimate has provided a temperature drop of whopping 21°C. The GELID Solutions GP-Extreme and GP-Ultra based on their excellent performance and relatively good pricing come highly recommended by us."


TechManiacHD, Dec 2022


Density (g/cm3): 3.2
Hardness (Shore): 60-70 OO
Size (mm): 90 x 50
  • What are Thermal Pads?

Thermal Pad, or Thermally Conductive Pad, is a pre-formed sheet of solid material made of a wax, silicone or synthetic matrix that is filled with a composition of thermally conductive microparticles and engineered to conduct heat efficiently from a high-temperature surface to heatsink installed onto it. Once placed pad in between, it softens, fills the surface gaps and boosts heat transfer.

  • Where are Thermal Pads used?

General applications: Motherboard VRM, Motherboard Chipset, SSD, DRAM ICs, GPU VRAM, GPU VRM, micro-controller units, MOSFETs and analog ICs.


  • Which thickness variant of GP-Extreme / GP-Ultimate will fit my application?

It may vary significantly depending on the device that is supposed to be used with. Please refer to the device manual / instructions or reach out to us for more information.


  • Can Thermal Pads be reused?

Unfortunately not, you cannot reuse thermal pads.


  • Are Thermal Pads adhesive?

No, thermal pads are not adhesive. You will need a proper mounting to hold the thermal pad with a heatsink.

  • Can I stack Thermal Pads?

When using thermal pads, it’s not recommended that you stack one above the other. Doing so will create gaps between the pads and degrade heat transfer.

  • Are GP-Extreme / GP-Ultimate compressible?

Yes, you can compress GP-Extreme / GP-Ultimate by up to 30% of thickness with an adequate pressure of the heatsink mounts.


  • How long does GP-Extreme / GP-Ultimate last?

GP-Extreme / GP-Ultimate carries a 5 year limited warranty.


  • Are Thermal Pads electrically conductive?

Absolutely not! Thermal pads are non-electrically conductive.


  • Can I use GP-Extreme / GP-Ultimate with a CPU heatsink?

Yes, you can. Although it’s advisable that you use GC-Extreme Thermal Paste for best performance in CPU applications.

  • Where can I find the W/mK specifications of GP-Extreme / GP-Ultimate?

We don’t use the W/mK rating since it may vary depending on your application and doesn’t reflect real-world performance. Please consider the thinnest possible GP-Extreme / GP-Ultimate variant in your application for efficient heat transfer and best performance.