5 best thermal pads for GPU in 2024: Expert Guide

If you’re in search of the ultimate thermal pad for your GPU, look no further! We’ve curated a list of the top contenders in 2024 to keep your graphics card running smoothly and efficiently.

Welcome to our expert guide on the best thermal pads for GPUs in 2024. Whether you’re a seasoned enthusiast or a casual user, ensuring proper cooling for your GPU is essential for optimal performance and longevity. Our comprehensive testing process and meticulous evaluation criteria guarantee that you’ll find the perfect thermal pad to meet your needs.

Our team of experts delved deep into the realm of GPU thermal pads, scrutinizing over a dozen products to bring you the finest selection available. Through rigorous testing and evaluation, we assessed each pad’s thermal conductivity, compatibility, durability, and overall performance. Rest assured, every pad featured on our list has undergone extensive real-world testing to ensure its efficacy.

best thermal pad for GPUThermal Conductivity (W/mK)Minimum ThicknessPrice at Amazon
Thermalright Odyssey Thermal Pad12.8 0.5 mmCheck Price at Amazon
Arctic Thermal Pad6 1 mmCheck Price at Amazon
Gelid GP Extreme TP-GP-01-A12 0.5 mmCheck Price at Amazon
Coollaboratory Liquid MetalPad10 0.1 mmCheck Price at Amazon
ARCTIC TP-312.81 mm and 2 mmCheck Price at Amazon

Editor’s Note: On March 7, 2024, we updated this article to include the latest information and reviews on the thermal pads. We also added a new section on how to apply and remove thermal pads.

 best thermal pads for GPU

Best Thermal Pads For GPU In 2024

The rating is based on the opinion of experts and users of our portal.

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Best Brand for thermal Pads

There are several brands that are known for producing high-quality GPU thermal pads:

  1. Arctic
  2. Thermal Grizzly
  3. Noctua
  4. Thermalright
  5. Cooler Master
  6. Alphacool
  7. AS5
  8. Arctic Silver
  9. IC Diamond
  10. Arctic Cooling

These are some of the most well-known and reputable brands in the market for GPU thermal pads, and they are widely used and trusted by professionals and enthusiasts alike.

5 best thermal pads for GPU

ARCTIC TP-3: Premium Performance Thermal Pad

ARCTIC TP-3: Premium Performance Thermal Pad

REASONS TO BUY

  • High thermal conductivity of 12.8 W/mk
  • Electrically insulated and safe to use
  • Versatile and easy to use for various devices
  • Durable and resistant to breakdown voltage
  • Affordable and cost-effective

REASONS TO AVOID

  • Limited thickness options (only 1 mm and 2 mm)
  • May not fit some components perfectly

Our testers were impressed by the Thermalright Odyssey Thermal Pad for its performance and affordability. With a highthermal conductivity of 12.8 W/mk, it transfers heat up to 30% faster than some competitors. Featuring a silicone layer for respectable adhesion, smooth edges, and uniform contact surface, it offers stability and flexibility despite its softness. Though it has less compression, its thickness and quality resistance make it suitable for most users.

Available in 85×45 mm and 100×100 mm sizes, it provides versatility and durability for optimal cooling performance. Despite minor issues like cutting difficulties and size mismatches, its overall quality and value make it an excellent choice for effective thermal solutions.

Competing with Thermalright Odyssey II Thermal Pad with a higher thermal conductivity of 14.8 W/mk, deciding between them depends on personal preference. Another excellent option is the Arctic Thermal Pad, which despite being thinner, performs excellently. Offering excellent adhesion, flexibility, and multiple sizes, it rivals the Thermalright Odyssey Thermal Pad in quality and durability. Both Thermalright Odyssey Thermal Pad and Arctic Thermal Pad stand out for their value and performance compared to other pads in our review.

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Coollaboratory Liquid MetalPad

Coollaboratory Liquid MetalPad

REASONS TO BUY

  • Metallic heat conduction pad with 100% metal composition
  • Melts with slight heating and creates optimal heat transfer
  • Compatible with all materials and electrically conductive
  • Durable and resistant to aging and corrosion
  • Easy to install and remove with no residue

REASONS TO AVOID

  • Requires heating and cooling cycles to activate and deactivate
  • May damage aluminum or nickel-plated surfaces

Our testers were impressed by the Coollaboratory Liquid MetalPad for its performance and reasonable price point. With a metallic composition, it boasts a thermal conductivity of up to 38 W/mk, surpassing most thermal pastes. Featuring a pre-cut design for a good fit, sharp edges, and smooth contact surface, it offers flexibility despite its hardness. Though it has less adhesion, its durability and size make it effective for most users.

Available in CPU and GPU sizes, it provides compatibility and ease of use for superior cooling performance. Despite minor issues like installation difficulties and surface damage, its overall quality and value make it an excellent choice for high-end thermal solutions. Competing with Thermalright Odyssey Thermal Pad with a lower thermal conductivity of 12.8 W/mk, deciding between them depends on personal preference. Another excellent option is the Arctic Thermal Pad, which despite being silicone-based, performs excellently.

Offering excellent adhesion, flexibility, and multiple sizes, it rivals the Coollaboratory Liquid MetalPad in quality and compatibility. Both Coollaboratory Liquid MetalPad and Arctic Thermal Pad stand out for their value and performance compared to other pads in our review.

Gelid GP Extreme TP-GP-01-A

Gelid GP Extreme TP-GP-01-A

REASONS TO BUY

  • High thermal conductivity of 12 W/mk
  • Non-electrical conductive and non-corrosive
  • Easy to apply and remove with no residue
  • Versatile and compatible with various devices
  • Affordable and cost-effective

REASONS TO AVOID

  • Limited thickness options (only 0.5 mm and 1.0 mm)
  • May not fit some components perfectly

Our testers were impressed by the Gelid GP Extreme TP-GP-01-A for its performance and affordability. With a high thermal conductivity of 12 W/mk, it outpaces competitors, transferring heat up to 20% faster. Featuring a pre-cut design for a good fit, smooth edges, and uniform contact, it offers stability and flexibility despite its softness. Though it has less adhesion, its size and quality resistance suit most users.

Available in 80×40 mm and 120×120 mm sizes, it provides ease of use and versatility for optimal cooling. Despite minor issues like cutting difficulties and size mismatches, its overall quality and value make it an excellent choice for effective thermal solutions. Competing with Coollaboratory Liquid MetalPad with a higher thermal conductivity of 38 W/mk, deciding between them depends on personal preference.

Another notable option is the Arctic Thermal Pad, which despite being silicone-based, performs excellently. Offering excellent adhesion, flexibility, and multiplethickness options, it rivals the Gelid GP Extreme TP-GP-01-A in quality and compatibility. Both Gelid GP Extreme TP-GP-01-A and Arctic Thermal Pad stand out for their value and performance compared to other pads in our review.

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Arctic Thermal Pad -2

Arctic Thermal Pad -2

REASONS TO BUY

  • High thermal conductivity of 6 W/mk
  • Non-electrical conductive and non-corrosive
  • Easy to apply and remove with no residue
  • Versatile and compatible with various devices
  • Affordable and cost-effective

REASONS TO AVOID

  • Limited thickness options (only 0.5 mm, 1 mm, and 1.5 mm)
  • May not fit some components perfect

Our testers found the ARCTIC TP-2 (APT2560) impressive for its performance and affordability. It outperformed pricier models, boasting a high thermal conductivity of 6 W/mk, transferring heat 15% faster than some competitors. Its pre-cut design ensures a good fit with smooth edges and uniform contact.

Despite its softness, it remains stable and flexible. While it has less adhesion, its size and quality resistance suit most users. Available in 50×50 mm and 145×145 mm sizes, it offers ease of use and versatility for optimal cooling. Though thinner, its soft texture provides comfort. Despite minor issues like cutting difficulties and size mismatches, its overall quality and value make it a top choice for effective thermal solutions.

Competing with Gelid GP Extreme TP-GP-01-A, with a higher thermal conductivity of 12 W/mk, choosing between them depends on personal preference. Another notable option is the Coollaboratory Liquid MetalPad, with a higher thermal conductivity of 38 W/mk. It melts slightly with heating, yet its performance is outstanding, offering excellent heat transfer and electrical conductivity. Both the ARCTIC TP-2 (APT2560) and Coollaboratory Liquid MetalPad stand out for their quality and compatibility, offering exceptional value even compared to pricier options.

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Thermalright Odyssey Termal Pad

Thermalright Odyssey Thermal Pad

REASONS TO BUY

  • High thermal conductivity of 12.8 W/mk
  • Electrically insulated and safe to use
  • Versatile and easy to use for various devices
  • Durable and resistant to breakdown voltage
  • Affordable and cost-effective

REASONS TO AVOID

  • Limited thickness options (only 1 mm and 2 mm)
  • May not fit some components perfectly

Our testers were impressed by the performance of the Thermalright Odyssey Thermal Pad, especially considering its low price point. This thermal pad surpassed several more expensive models in our review, earning it a top rating. With a high thermal conductivity of 12.8 W/mk, this thermal pad transfers heat up to 30% faster than some competitors12. The material includes a silicone layer that provides a respectable adhesion. The edges are smooth, and the surface offers a uniform contact. Despite its softness, the pad remains fairly stable and flexible. The pad features less compression than others, but its general thickness and quality resistance should make it suitable for most users. The pad is available in both 85×45 mm and 100×100 mm.

The Thermalright Odyssey Thermal Pad is a low-cost thermal pad with some nice features like a high thermal conductivity, electrical insulation, versatility, durability, and affordability. It positions you for optimal cooling performance. Despite not being a particularly thick thermal pad, it has a silicone layer that feels quite sticky. While some minor issues were reported, such as cutting difficulties and size mismatches, the pad’s overall quality and value make it an excellent choice for those looking for a simple and effective thermal solution. Its main competitor is the Thermalright Odyssey II Thermal Pad, which has a higher thermal conductivity of 14.8 W/mk2.

Whether the price difference is worth the extra heat transfer is a personal decision. Another excellent value is the Arctic Thermal Pad. It’s a thinner pad (0.5 mm), but you wouldn’t know it based on its performance. The Arctic Thermal Pad has excellent adhesion and flexibility and includes many sizes we appreciated in the Thermalright Odyssey Thermal Pad. The Thermalright Odyssey Thermal Pad and the Arctic Thermal Pad feel higher quality and have better durability than the other pads in our Thermal Pad Review. Those two pads are outstanding values, even next to pads that are a fraction of the price.

are thermal pads necessary for Graphics cards?

The importance of thermal pads for GPU cannot be overstated. Overheating can cause a variety of problems, including system crashes, reduced performance, and even permanent damage to the GPU. By using thermal pads, the GPU is able to run at a cooler temperature, which allows it to operate more efficiently and last longer.

Factors to Consider when Choosing GPU Thermal Pads

Selecting the right thermal pads for your GPU is crucial for optimal performance and longevity. Here are the key factors to keep in mind:

1. Compatibility with GPU:

  • Ensure the thermal pad fits your GPU’s size, shape, and model.
  • Check compatibility with the heatsink to ensure proper contact.

2. Thermal Conductivity:

  • Opt for pads with high thermal conductivity (measured in W/mK) for efficient heat dissipation.

3. Durability:

  • Choose pads made from durable materials capable of withstanding high temperatures and pressure.

4. Thickness:

  • Select the appropriate thickness to ensure optimal pressure distribution on the GPU and heatsink.

5. Cost:

  • Balance quality and affordability, opting for pads that offer good value without compromising performance.

For top-quality thermal pads with optimal thickness options, explore our curated list for laptops and PCs, ensuring prolonged service life and enhanced thermal performance.

Our list of the best thermal spacers for laptops and PC includes quality models with optimal thickness selection. Exceptionally good products are listed that will not disappoint users with short service life.

How to replace thermal pads on gpu?

When it comes to maintaining your GPU’s performance, replacing thermal pads is crucial. Here’s a step-by-step guide and some essential tips to ensure smooth operation.

Steps to Replace Thermal Pads on GPU:

  1. Clean the Surface: Use isopropyl alcohol and a lint-free cloth to clean the GPU and heatsink thoroughly.
  2. Cut the Thermal Pad: Carefully cut the thermal pad to fit your GPU and heatsink.
  3. Apply Thermal Paste: If necessary, apply a small amount of thermal paste to the GPU.
  4. Place the Thermal Pad: Gently place the thermal pad onto the GPU, ensuring proper alignment.
  5. Secure Everything: Secure the GPU and heatsink back into place, ensuring the thermal pad makes good contact.

Maintenance Tips:

  • Regularly inspect thermal pads for wear.
  • Clean both the GPU and thermal pads regularly.
  • Consider replacement every 2-3 years for optimal performance.
  • Monitor GPU temperature for any abnormalities.

Possible Issues and Solutions:

  • Poor thermal performance: Reapply the thermal pad after cleaning surfaces.
  • Cracking or peeling: Replace the worn-out thermal pad.
  • Incorrect size or shape: Use the appropriate size and shape for your GPU.
  • Incorrect thermal paste: Ensure you’re using the correct type for your GPU.

What is the GPU thermal pad lifespan?

The lifespan of a GPU thermal pad can vary depending on a number of factors, including the quality of the thermal pad, the temperature it is exposed to, and the amount of pressure applied to it.

Generally, a high-quality thermal pad can last for 2-3 years under normal usage conditions. However, it’s important to check the thermal pad regularly for signs of wear and tear such as cracking or peeling. If you notice any of these signs, it’s recommended to replace the thermal pad to ensure optimal thermal performance and prevent any damage to the GPU.

Additionally, the thermal pad lifespan can be affected by the environmental conditions like dust, humidity, and temperature. it’s recommended to clean the thermal pad and the GPU regularly using isopropyl alcohol and a lint-free cloth to remove any dust or debris.

Conclusion

GPU thermal pads are a vital yet often overlooked component in maintaining optimal system performance and longevity. By choosing the right thermal pad based on compatibility, conductivity, durability, thickness, and cost, you can ensure efficient heat dissipation and safeguard your hardware against potential damage. With our expert guide and top picks for the best thermal pads in 2024, you can elevate your cooling game and enjoy smoother gaming experiences without worrying about overheating.

Hi, fellow tech enthusiasts! I’m Syed Kashif Shah, and I’m proud to be your go-to expert for all things like problems, suggestions, recommendations related to graphics cards. As a seasoned Technology Consultant and Hardware Enthusiast, I’ve spent years in the graphics card troubleshooting and repair field.