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Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724

Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724

Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724 Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724
$ 40.99

Score By Feature

Based on 131 ratings
Value for money
9.04
Customer service
9.48
Packaging
9.35
Delivery
9.05

OveReview Final Score

How Our Score Is Calculated

Product Description

When you enter your model number, ensure that this is the same.
Dimensions thermal conductivity (W / mk) 12.8 W / mk color gray density (G / cc) 3.1 * 0.2 and hardness (Sc) 30 * 55 size specification = 120 * 4 There is a voltage of 9.8 KV no conductivity and no thickness for thermal pads on 724 in. As of 079
The pad has a temperature of zero. In addition to the .079" dimension, the heating pads can be freely cut according to your needs, to fill in the gaps on the contact surface perfectly, which is a useful tool for beginners and professionals who use Odyssey heating pads.
A very good thermal conductivity is one of the product's functions The square root of 724 is Seventeen hundred and twenty four times zero. With an extremely high thermal conductivity of 12.8 W / mK, our heating pad is made of enhanced thermal silica gel material to easily transfer heat between electronic components. It effectively lowers the temperature quickly.
High-performance thermal conductive materials are used in heating pads to eliminate air voids, thus improving the overall thermal conversion ability of the device and allowing it to operate at a lower temperature. Our focus is on providing high-quality heating pads that are simple to install and easy to cut.

Selected User Reviews For Thermalright Odyssey - Almohadilla térmica (12,8 W/mK, 4.724 x 4.724 x 0.079 in, resistencia al calor, resistencia a altas temperaturas, no conductores), silicona térmica para disipador de calor de ordenador portátil, GPU, CPU, LED, Gelid/PS4 (4.724

You need to lower your memory temperature! Take advantage of this offer
5/5

By using these, I am able to lower the memory module temperatures by 14 degrees.

Alanna McKay
Alanna McKay
| Aug 20, 2021
This is a bad quality video for the This was not a good experience, because the thermal pad ripped quite easily despite following the instructions exactly
3/5

Additionally, the product was wet when it arrived. In terms of performance, I have to gain just 1 degree. My pad may have been a bad series, or I may have come across a wet product that rendered it

I had a small dry party, but the only negative effects I had were on my rtx 3090 I strongly advise you to avoid this product for gpu, you will pay dearly for less.

Jonas Knapp
Jonas Knapp
| Jan 07, 2021
The product was tested with a hot EVGA FTW3 3090 and an Both the front and rear memory temperatures on my EVGA 3090 FTW3 are kept at a minimum
5/5

In my experience, a memory junction remains below 55 degrees C when at load when using these with an EK waterblock. There are costs associated with these, but they are.

Lauryn Fowler
Lauryn Fowler
| Apr 05, 2021
Great Product
5/5

I can tell that my GPU was operating at a lower temperature as a result of this product.

Trey Wiley
Trey Wiley
| Jul 16, 2021
We need to bring down temperatures! The pads are much better than minus 8
5/5

Reduced the temperature of factory overclocked 5700 memory by 8C by a simple adjustment to thermal paste placement and size.

Iker Bell
Iker Bell
| Aug 21, 2021
You shouldn't go anywhere else
5/5

If you're looking to replace your GPU thermal pads, these are the best ones.

Maddison Douglas
Maddison Douglas
| Mar 25, 2021
The performance of the 3070 gaming trio has improved
5/5

You're doing well. We have experienced a temperature drop of approximately 5°C.

Kamila TOMLINSON
Kamila TOMLINSON
| Jun 27, 2021
The cooling performance is excellent, and the controls are easy to use
5/5

Despite the low price, this is a terrific thermal pad for replacing cheap, low-quality ones The ones that are provided to us on video card components or with mice are often not high-performance ones. A drive enclosure and an external drive enclosure. There are 12 members. With maximum thermal conductivity of 8 W/mK, the pad is among the best thermal pads. Instead of comparing it to thermal grease, the pad comes off well. A regular pair of scissors can be used to cut this pad to any size you like. After applying this pad to my video card's memory chips, I noticed an immediate improvement in temperature. One thing to consider is that this is a high-priced product, one that will wear out quickly Pad with a high density, so it does not compress as easily as the typical low-density pad There is often a lot of squish in grade pads. You need to make sure that you order the pad in the proper thickness for your application, as overly-thin pads could damage your pad. You could end up with an unwanted amount of bulk, or even have your heatsink unable to seat To put it another way, make sure you measure the actual gap between components instead of the thickness of the In general, should your NVMe drives or video card's RAM components or power components be experiencing too high a temperature, it's definitely worth trying out one of these thermal pads (assuming your other cooling solution is adequate). This book is highly.

Alana Berry
Alana Berry
| Jun 19, 2021

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