Expert Guide: The 5 Best GPU Thermal Pads in 2023

We will provide information on the best GPU thermal pads available on the market today. We will take a look at different types of thermal pads, factors to consider when choosing thermal pads, and some of the top picks for the best GPU thermal pads. Additionally, we will also provide information on the installation and maintenance of thermal pads.

Thermal pads are thin sheets of material that are used to transfer heat between two surfaces. They are often used in electronic devices to dissipate heat from hot components, such as processors and graphics cards. In the case of graphics cards, thermal pads are used to transfer heat from the GPU (graphics processing unit) to the heatsink, which helps to keep the GPU cool and prevent overheating.

Best Thermal Pads For GPU

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

Best Thermal Pads For GpuQualityPrice and
Thermalright Odyssey Thermal PadMaximum thermal conductivityCheck Price at Amazon
Arctic Thermal PadBetter elasticityCheck Price at Amazon
Gelid GP Extreme TP-GP-01-AThe most convenient installationCheck Price at Amazon
Coollaboratory Liquid MetalPadExceptionally metallic compositionCheck Price at Amazon
Akasa AK-TT300-01Best for slightly lower temperaturesCheck Price at Amazon

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

If you want to choose the best thermal pads for GPU and available for your PC or laptop, be sure to consider the following characteristics:

Compatibility with GPU:

One of the most important factors to consider when choosing thermal pads is compatibility with your GPU. You need to make sure that the thermal pad you choose is the correct size and shape to fit your GPU, and that it is also compatible with the specific make and model of your graphics card. It is also important to check if the thermal pad is compatible with the heatsink of your GPU.

Thermal conductivity:

Thermal conductivity is another important factor to consider when choosing thermal pads. The thermal conductivity of a material determines how well it is able to transfer heat from one surface to another. The higher the thermal conductivity, the more efficient the thermal pad will be at dissipating heat. Look for thermal pads with high thermal conductivity rating (usually measured in W/mK).


When choosing thermal pads, it is important to consider the durability of the material. Thermal pads are exposed to high temperatures and pressure, so they need to be made of a durable material that can withstand these conditions. Look for thermal pads that are made of high-quality materials that are resistant to wear and tear.


The thickness of the thermal pad is another important factor to consider. The thickness of the thermal pad will affect the amount of pressure that it applies to the GPU and the heatsink, which can affect the thermal performance of the pad. The thickness of the thermal pad should be chosen based on the specific requirements of your GPU and the heatsink it is going to be used with.


The cost of the thermal pad is also an important factor to consider. While it is important to choose a high-quality thermal pad, it is also important to consider the cost. Look for thermal pads that provide good value for the price, and that are made of high-quality materials without breaking the bank.

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.

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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 GPU Thermal Pads in 2023

Akasa AK-TT300-01

  • Best for slightly lower temperatures
  • Country: Taiwan
  • Coefficient of thermal conductivity:1.2 W / mK
  • Minimum thickness:1.5 mm
  • Rating (2023): 8
Akasa AK-TT300-01

The Akasa AK-TT300-01 thermal pad is a budget-friendly solution that is suitable for cooling other PC components like GPU, CPU, and radio equipment. It is made of elastomeric silicone, which ensures the reliability and safety of electronic components. The thermal pad also comes with 2 small spacers (30 x 30 mm), which help to fill in any irregularities on the surface.

  • Material reliability and safety
  • 2 gaskets included
  • Price
  • Low thermal conductivity
  • Density less than 2 g / cm3

Overall, the Akasa AK-TT300-01 thermal pad is a good option for budget-conscious users who are looking to cool other PC components and radio equipment. However, it may not be the best option for high-performance GPU and CPU applications due to its low thermal conductivity.

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Coollaboratory Liquid MetalPad

  • Exceptionally metallic composition
  • Country: Germany
  • Coefficient of thermal conductivity: 10 W / mK
  • Minimum thickness: 0.1 mm
  • Rating (2023): 9.8

The minimum thickness allows the use of thermal pads on the chips even in standard laptops. However, there are difficulties in fixing, take into account the increased fragility of the element. The advantage of liquid metal without impurities is that extremely efficient thermal conductivity is achieved. The disadvantage is good electrical conductivity, which, if negligent, can lead to a short circuit.

The model is one of the best available today for reducing temperatures by more than 8 ºC. Fully RoHS compliant, can be used with any cooler material.

  • No heat transfer loss to the cooler
  • Thermal conductivity is better
  • Than expensive thermal pastes
  • Non-toxic
  • Requires extremely careful handling
  • Atypical thickness for thermal pads

Gelid GP Extreme TP-GP-01-A

  • The most convenient installation
  • Country: PRC
  • Coefficient of thermal conductivity: 12 W / mK
  • Minimum thickness: 0.5 mm
  • Rating (2023): 9.8

Heat transfer pad 80 mm long and 40 mm wide. Physicomechanical characteristics allow it to cover electronic components so as to eliminate irregularities by 100%. The density is 2.8 g / cm3. The model does not conduct electricity, and the high quality is explained by the competent combination of ceramics and metal base. The thermal spacer is large enough to cover the HDD case or parts of the printed circuit boards.

It can be easily cut into separate pieces, and the firm also guarantees the complete non-toxicity of the product. In reviews, the heat transfer pad is praised for its excellent adhesion and durability. There are also many comments from laptop owners about the drop in CPU and GPU temperatures under load.

  • Excellent thermal conductivity
  • Increased elasticity
  • Corrosion protection and fire resistance
  • Difficulties with removal are possible

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Arctic Thermal Pad

  • Better elasticity
  • Country: Switzerland
  • Coefficient of thermal conductivity: 6 W / mK
  • Minimum thickness: 1 mm
  • Rating (2023 ): 10

A model that copes with tasks at temperatures from -40 to +200 ºC. If the size 50 x 50 seems insufficient, the manufacturer is ready to offer an increased thermal pad for laptops and computers – 145 x 145 mm. The solution is based on silicone and many small aggregates. The real temperature drop on the video card is 5-7 ºC.

Users indicate that the element does not lose performance when creating a multilayer system. There is a complete absence of smudges even in the case of prolonged use of computers and laptops under serious load.

  • The quality of adhesion to the surface
  • Density more than 3 g / cm3
  • Reliable short circuit protection
  • Overcharge

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Thermalright Odyssey Termal Pad

  • Maximum thermal conductivity
  • Country: Taiwan
  • Coefficient of thermal conductivity: 12.8 W / mK
  • Minimum thickness: 0.5 mm
  • Rating (2023): 10

Optimally sized thermal pads with a viscosity of 3.1 g / cm3. The model is characterized by increased Shore hardness, ideal for cooling the latest generation consoles. The good reviews for the substrate are partly due to the very convenient installation and the density of more than 3 g / cm3.

One spacer is enough for several elements, owners also note a 5-6 ºC temperature decrease in stress tests and modern games. The product does not conduct electricity and does not contain elements hazardous to health, the material also excludes corrosion.

  • Versatility
  • One of the best indicators of hardness
  • Increased service life
  • Not the best elasticity

How to replace thermal pads on gpu?

Steps to replace thermal pads on gpu:

  1. Clean the surface of the GPU and heatsink thoroughly using isopropyl alcohol and a lint-free cloth.
  2. Carefully cut the thermal pad to the correct size and shape for your GPU and heatsink.
  3. Apply a small amount of thermal paste to the GPU if necessary.
  4. Carefully place the thermal pad onto the GPU and press it down firmly to ensure a good contact.
  5. Secure the GPU and heatsink back into place, making sure that the thermal pad is properly aligned and making good contact with both surfaces.

Tips for maintenance:

  1. Regularly check the thermal pads for signs of wear and tear, such as cracking or peeling.
  2. Clean the thermal pads and GPU regularly using isopropyl alcohol and a lint-free cloth to remove any dust or debris.
  3. Consider replacing the thermal pad every 2-3 years to ensure optimal thermal performance.
  4. Keep an eye on your GPU’s temperature and if it’s running hot, consider checking the thermal pads.

Possible issues and solutions:

  1. Poor thermal performance: If the GPU is running hot, the thermal pad may not be making good contact with the GPU or the heatsink. Clean the surfaces and re-apply the thermal pad to ensure good contact.
  2. Cracking or peeling: If the thermal pad is showing signs of wear and tear, it is likely that it needs to be replaced. Replace the thermal pad with a new one to ensure optimal thermal performance.
  3. Improper size or shape: If the thermal pad is not the correct size or shape for your GPU and heatsink, it may not be making good contact. Use the correct size and shape thermal pad for your GPU and heatsink.
  4. Incorrect thermal paste: If the thermal paste is not the correct type for your GPU, it may not provide good thermal performance. Use the correct thermal paste 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.


In this article, we discussed the importance of thermal pads for GPU, the different types of thermal pads available, and the factors to consider when choosing thermal pads. We also provided information on installation and maintenance of thermal pads, as well as possible issues and solutions.

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