--- product_id: 295754824 title: "Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm)" brand: "nkomax" price: "298.57 DT" currency: TND in_stock: false reviews_count: 5 url: https://www.desertcart.tn/products/295754824-thermalright-thermal-pad-12-8-w-mk-120x120x2mm-non-conductive store_origin: TN region: Tunisia --- # Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) **Brand:** nkomax **Price:** 298.57 DT **Availability:** ❌ Out of Stock ## Quick Answers - **What is this?** Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) by nkomax - **How much does it cost?** 298.57 DT with free shipping - **Is it available?** Currently out of stock - **Where can I buy it?** [www.desertcart.tn](https://www.desertcart.tn/products/295754824-thermalright-thermal-pad-12-8-w-mk-120x120x2mm-non-conductive) ## Best For - nkomax enthusiasts ## Why This Product - Trusted nkomax brand quality - Free international shipping included - Worldwide delivery with tracking - 15-day hassle-free returns ## Description Full description not available ## Features - About this item - EXCELLENT THERMAL CONDUCTIVITY - 120x120x2mm, Upgraded thermal silica gel material with 12.8 W/mK thermal conductivity, our thermal pad greatly improve the heat transfer between the electronic elements and effectively cool the temperature down in seconds. - SUPER RELIABLE & DURABLE - High temperature performance in -40 ℃ - 200 ℃ will not melt, non-toxic, odorless, anti-corrosion, wear resistant, anti-static, fire retardant, compression, good insulation, contact with any electrical traces wouldn’t result in damage of any sort. - EASY & CONVENIENT TO USE - Dimension 120x120x2mm, the thermal pads can be cut freely according to your needs, perfect to filled contact surfaces gap, a great assistant for both beginners and professionals. - WIDELY APPLICATION - Perfectly replaces traditional heatsink compound grease paste, great for Control board, motor, electronics, CPU, GPU, Heat Sink, Power LED, auto mechanics, computer host, laptop, DVD, VCD, LID, Set-top box, LED IC SMD DIP and any cooling modules - NO RISK PURCHASE - We committed to provide superior thermal pads, easy to install, feel free to contact us if there is any issue with our thermal pads. ## Images ![Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) - Image 1](https://m.media-amazon.com/images/I/516Wh05waaS.jpg) ![Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) - Image 2](https://m.media-amazon.com/images/I/51yoZ2U87KL.jpg) ![Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) - Image 3](https://m.media-amazon.com/images/I/51JN1hPcfRS.jpg) ![Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) - Image 4](https://m.media-amazon.com/images/I/71DETLZ77QS.jpg) ![Thermalright Thermal Pad 12.8 W/mK, 120x120x2mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink/GPU/CPU/LED Cooler (2mm) - Image 5](https://m.media-amazon.com/images/I/71NxLq6yVHL.jpg) ## Available Options This product comes in different **Color** options. ## Customer Reviews ### ⭐⭐⭐⭐⭐ If you dislike this product, read my review *by D***D on Reviewed in the United States on April 20, 2021* First, I would like to say why I gave this product a 5 star review, and you can apply this review to all sizes of these pads from this company. Second, I'll write a short message to those giving the low reviews to maybe help you guys out as well.I really enjoy this product. So much so, that I have bought this product twice in some sizes and 3 times in others. I currently own 2 3080's(Gigabyte Aorus Master) and a 3090(TUF Gaming). The 3080's were thermal throttling and hitting 110 C on the memory junction temperature. I watched a few videos online and decided to upgrade the thermal pads that were on the card, and add the missing pads on the back. I measured out the thermal pads, and ordered the right sizes from this company. After replacing and adding the thermal pads my memory junction temps dropped from 110 C to 80 C. Along with dropping the temps, I was able to increase the memory clock and get proper functionality of the card. It wasn't without struggle, and I think that's why some people may write a bad review of this product. So the second part of this review will be to generally help those who are struggling.A couple of things first, be sure to have a program that can report to you the three major temperature sensors on the card. GPU Temperature, Memory Junction Temperature, and Hot Spot Temperature. The GPU Temperature and Memory Junction Temperature are the two most important, as the Hot Spot Temp is derived from several temperature sensors.SCENARIO 1 - Your GPU Temps are good, and your Memory Junction Temps are high. You replace the thermal pads and Your GPU Temps increase and your Memory Junction Temps remain high. This problem can result from 2 different issues. One, you replaced a stock thermal pad with an upgraded thermal pad that is too thick. What happens is you get an uneven amount of pressure from the backplate and the heat sink. The thicker thermal pad can keep the heatsink from making proper contact with the heat sink, and improper pressure on the thermal pads causing the memory junction temps to rise as well. FIIX - Find the thermal pad that is too thick and replace it with a slightly thinner pad. There may be more than one pad that is too thick, so check them all. The other solution to this problem comes from the backplate screws not being properly tightened. Tighten them to hand tight, but don't put too much force, or you may strip the screws.Scenario 2 : Same as first, except when you test your gpu you get good Memory Junction Temps, but your GPU and Hotspot Temps are elevated. This problem occurs when there is an even distribution of pressure on the thermal pads, as the Memory Junction Temps are low, but the Heat Sink is not making proper contact with the gpu, causing the GPU Temps to rise. The solution to this problem is almost the same as above, with a few exceptions. First, check the backplate screws. Again, this solution may be just this simple, and yes, this happened to me twice on the 3080's. The first time i tore the card down, and put it back together and it worked fine. During the tear down, i noticed that two of the spring screws(M2x7mm) were fairly loose. When I put it back together, I didn't make anymore thermal pad changes, just double checked that the backplate screws were tightened properly. On the first test, GPU Temps were at 46 C, and Mem Junc Temps at 76 C... Perfect. On the second 3080, I was getting the same problem, and before tearing it down i double checked the screws, and sure enough one was loose. Tightened the screw and temps dropped immediately. Now, if you check the backplate/heatsink screws, and they are all tight, then you may have a second problem. This problem will be that all of the pads on either the back side of the card, or the front side of the card, or both, are too thick. If the memory temps are all low, but the gpu temps are high, then the thickness of the new thermal pads may be too thick, and the heatsink is not making contact with the gpu. This scenario is different from the first one, because in this scenario the new thermal pads are making even contact with the memory. For that reason, you would need to change all the thermal pads so that you can continue to get that even distribution of pressure on the thermal pads. Just as a tip, if your gpu temps are extremely high, then take off a mm from the thermal pad thickness, if the temps or only slightly elevated, then replace the thermal pads with a thermal pad that's only 0.5mm less thick. For example, if you have 2mm pads, and the temps are extremely high, then replace the 2mm pads with 1mm pads. If its only moderate, then replace the 2mm pads with 1.5mm pads. This is also making the assumption that you applied the thermal paste on the gpu die properly. This, too, can be the problem.Scenario 3 : The gpu temps are low, but the Memory Junction Temps remain high. This problem is caused by not replacing the thermal pads correctly, or using the wrong sizes. A few things to take into account, the manufacturer of the card may use cheap thermal pads, or, and I know this going to blow your mind, no thermal pads at all. On the 3080 Aorus cards, the thermal pads on the backside of the DDR6x memory were missing. And yes, I said cards, so it wasn't just an oversight, it was a flaw in their design. If I were to only replace the thermal pads they had on the top of the memory, then the memory would still overheat from the bottom. So I not only had to replace the thermal pads that Gigabyte had in the card, but I had to add 6 additional thermal pads between the backside of the ddr6x memory and the backplate. So be generous when replacing the thermal pads. Replace all thermal pads on the top and make sure to place/replace the thermal pads on the backside of the memory. Now, if you've done all of this and you are still getting high memory temps, then there is still one more thing to do, check the impressions of the memory on the thermal pads. A properly functioning thermal pad doesnt just need to be touching the component, it needs to have s sufficient amount of pressure on the component. So check the the thermal pad on the pcb/memory side, and make sure that the ddr6x memory is making a visible impression. If there is no visible impression, then the heat will not being getting away effectively. Increase the thickness of the thermal pads on the ddr6x memory, and this could solve your problem. This was the fix for my tuf gaming 3090. I couldn't get the memory temps down, until noticed that one of my thermal pads had no memory impressions. I increased the thickness of the pad by 0.5mm and it solved the problem.Keep in mind, this doesn't cover all problems that may arise. These are only the problems that I have come across, and how I troubleshooted them with my results. I recommend getting yourself some replacement screws, sold here on amazon. My cards have used M2x3mm/4mm/7mm. Be very careful when removing and replacing your screws. I have stripped one screw, which I was able to extract, and since then have replaced all my backplate with a higher quality screw.I wish you all the best of luck, and if you left a bad review, go back and try troubleshooting your card again. You'll find that the thermal conductivity of these pads are amazing! ### ⭐⭐⭐⭐⭐ Must have for your overheating RTX 3080 *by Z***H on Reviewed in the United States on April 29, 2021* Completely resolved my memory temperature issues on my Gigabyte OC RTX 3080. Went from 106-108C @100% fan speed and thermal throttling all the way down to a stable 78-80C @65% fan speed while mining eth. Gigabyte and other manufacturers should have used these pads in the first place. If you have the same card and want to fix your high memory temperature issues you'll need 2mm pads to go between the memory chips and heatsink. For even better results you can add 3mm pads on the back side of the board behind the memory chips to transfer some extra heat to the cards backplate.If you're not satisfied with the results these thermal pads deliver you're using the wrong thickness or incorrectly applying them. These pads really do work. ### ⭐⭐⭐ The do work but.. *by J***S on Reviewed in the United States on September 10, 2021* The 3mm pads seemed to be slightly thinner then my stock 3mm pads on my msi rtx 3080 ventus x3. However I did not measure but every listing / article online said stock pads were 3mm. These were also firmer so didn't clamp around vram chips as much thankfully the ventus backplate is plastic so it did flex. A slightly thinner pad manages to make backplate stick out.Now on to performance. I did manage to get a 12c decrease in vram Temps which was whole purpose in doing this. Also for anyone looking to do this upgrade I will tell you this. You only need half this size to complete the task if u play tetris and don't waste your pad. You will need 3mm for rear memory. 2mm for front gpu side memory. And 1mm only if u decide to do the power caps. I chose to test without changing the 1mm cap pads. So yes you could buy 1 pad of gelid 2mm and 1 3mm and only spend $30ish. --- ## Why Shop on Desertcart? - 🛒 **Trusted by 1.3+ Million Shoppers** — Serving international shoppers since 2016 - 🌍 **Shop Globally** — Access 737+ million products across 21 categories - 💰 **No Hidden Fees** — All customs, duties, and taxes included in the price - 🔄 **15-Day Free Returns** — Hassle-free returns (30 days for PRO members) - 🔒 **Secure Payments** — Trusted payment options with buyer protection - ⭐ **TrustPilot Rated 4.5/5** — Based on 8,000+ happy customer reviews **Shop now:** [https://www.desertcart.tn/products/295754824-thermalright-thermal-pad-12-8-w-mk-120x120x2mm-non-conductive](https://www.desertcart.tn/products/295754824-thermalright-thermal-pad-12-8-w-mk-120x120x2mm-non-conductive) --- *Product available on Desertcart Tunisia* *Store origin: TN* *Last updated: 2026-10-16*