Phase Change Thermal Pad

As a specialist in servicing gaming laptops and professional graphics workstations, I recommend this thermal pad. In my opinion, it outperforms similar pads from ThermalGrizzly. Tested under full load. Highly recommended. Before use, cool it in the refrigerator, but not in the freezer. Be sure to clean the surface with 99% isopropyl alcohol. The price is quite reasonable. Experienced users will have no trouble installing it. Low temperature, Durability -3-5 years!

Have one of the first Nvidia 2080 Supers from 2019. Never replaced the thermal but kept up on cleaning. Was struggling to keep below 75 Celsius while moderately gaming and was shutting off on more demanding games at about 90+. Replaced with the thermal pad and now I don’t get above 65 on really demanding newer AAA titles. Definitely worth it and long overdue. The install was easy if you’re not scared to take apart electronics. Perfect size and after a month it’s still working like a charm. The photos are from before the replacement. 7 years of use and runs like new now. 10/10 would recommend.

Great value thermal pad/paste. PTM is a phase change material that allows it to be applied as a thermal pad and with heat it will change into a paste. I have bought a few sets of these, and applied to 3 gpus, 2 laptops, a handheld, and my main computers CPU (did not delid, just used it in place of regular paste). I will mention, there is some talk on reddit about the JOYJOM PTM7950 not actually being true PTM7950. I am not that experienced that I would be able to tell the difference, but overall sentiment was that it still performs similarly enough that you will see good results. Adding that with the value of this brand being much cheaper than trying to go through other channels to get the guaranteed stuff, this is a no brainer for most. I noticed huge temperature drops in my Asrock RX 6900 XT and EVGA RTX 3080. I didn't use my i7 13700k without the JOYJOM PTM paste so I can't compare there, but I have not experienced any throttling and the temps are better than I expected with all the issues on the chip. My MSI GE66 Raider 11UE, my partners old Razer Blade 16, and my GPD Win 4 all also saw major temperature drops using these pads on their CPU and GPU's. This resulted in less noise as the fans didn't have to ramp up as high, and better performance. The kit these come with is also handy. I don't really use the finger gloves, but I could see them being nice if you have nice nails and don't want to get paste on them. The cleaning wipes and little brush are a nice touch as there is a good chance you will be cleaning off old paste with the install and these will help you clean up easily. I can safely recommend this to anyone looking to re-paste their computer/parts. I plan to continue buying this as needed myself as its performed well in my tests.

Works great instead of thermal paste, however it is a massive pain to work with. Getting the second thin plastic film off the pad without ripping it was nearly impossible, even after leaving it in the refrigerator for 45 minutes. Very frustrating, but it works well. CPU temps are lower.

I did not know how much performance I was leaving on the table..... *** Warning long review *** I used this on: 1. Bought used 2023 zephyrus G14 AMD Ryzen 9 7940HS RTX 4060 mobile 2. Bought new 2020 Zephyrus G14 AMD Ryzen 9 4900HS RTX 2060. 3. New Gigabyte RTX 3090 4. Used open box ASUS ROG ally with the 54w settings enabled in the deep bios (I use a program to get into the hitting settings you don't see in the normal bios screen) AMD universal form browser) 5. Using the leftover scraps on random stuff. South ridge chipset in my old windows 7 retro gaming PC, Nvidia GeForce 1060 Although the stuff in category 5 was pointless. I just didn't want to waste the leftovers. Now to the nitty gritty. Everything loved the PTM7950. Idk how there is any bad reviews. Yes removing the plastic can be difficult, especially when cutting to size for specific applications. Putting it in the fridge helps. I used the freezer method because I'm hot handed and if you don't pre cool your hands. The PTM7950 we'll just immediately soften up with the fridge method. The freezer method makes it stiff enough to easily peel off the plastic before it absorbs the heat from your fingers. And make sure you get the plastic off both sides. The easiest method I came up with: 1. I cut the pcs to the sizes of the various gpus and apus. 2. Instead of peeling one side and applying it to the die like I've seen in various tutorials, I stuck it to the heat sink where the stain is from the previous thermal compound. (Yes I thoroughly cleaned the heat sink, but there is a dye shaped discoloration on all the various heatsinks.) 3. I put the heat sink in the fridge. Because of the thermal mass when you're handling the other plastic peel. The cooled heatsink prevents the PTM7950 from getting instantly soft. It's transferring the warmth of your hand to the cooled heatsink. So I didn't photograph every device. Just 1 laptop and my rog ally. My 2023 Zephyrus G14 surprised me the most. I didn't know how much performance was missing. The 2023 model came with liquid metal on the processor. My gut said it was at risk of shorting out and when I checked the liquid metal almost fully seeped out to some exposed components on the main board. So with the bad liquid metal and old GPU thermal paste. The 7940HS would pull a max of 45w total at 95c. The RTX 4060 would max out between 60-70w 81C under load. With the PTM750 my mind was blown I couldn't believe the performance I was seeing..... Lord Lord Lord The Ryzen 9 7940HS regardless of how I loaded the CPU/iGPU (idle rtx4060) it can pull up to 90w @95.1c. Boost clocks are high and IGPU clocks are high. Actually I had no clue the Radeon 780m could even boost to 3ghz!!! Before the CPU would down clock blew base clock to try and maintain IGPU performance Games that are more GPU heavy vs CPU heave allowed the RTX 4060 mobile to peak at 157w and hover around 120-123W sustained @ 81c when I ran 3dmark steel nomad stress test. 20 loops default. I ran cyberpunk path tracing enabled, dlss auto, frame gen to stress the system 30-35W on the CPU, 90-120w GPU depending on what's going on. I love these improvements. The 4060 use to cap out at 60-71w and the GPU NEVER saw 2.5Ghz before the PTM7950. I was convinced Asus choked off the performance at 1.9ghz. Not anymore lol. Lastly. PS3 emulation. In infamous 2 I'm going 40-42fps now (ran on the CPU and iGPU) my desktop 5950x and RTX 3090 cant do more than 25-30FPS.... So the other device I have pictures is my busted ROG ally. The previous owner messed up the BIOS and removed the PTM7950 like thermal interface material for regular thermall past. So I tweaked the firmware to allow 50w to the z1 extreme chip. It would maintain 50w for a few seconds and then thermal throttle down to about 30-40w depending on the game. Now it holds 50w no problem with mixed CPU / iGPU loads 86C. Boost clocks maintained. High iGPU clocks. Under a CPU only stress test wit will drop to 47w 95c Welp my fingers are on fire. I hope this review helpful. Enough. It's a a good product that I will use on anything with bear dies (no metal heat spreaders). I've watched various YouTubers online use this on desktop CPUs with no issues. Linus tech tips for my example so give it a try.

I ordered this JOYJOM PTM7950 thermal pad for a friend's older ASUS laptop running an Intel Core i7 8750H processor. The computer was idling in the 70s and instantly slamming into its 88 degree thermal throttle limit the moment it was put under any real load. Traditional thermal paste is practically useless for these older gaming chassis out here in the brutal Indio summer heat. It just dries into chalk and pumps out over a few months of heavy thermal cycling. I was tired of applying standard grease just to have my friends asking me to redo their laptops every year and sounding like jet engines. The phase change material is totally different because it acts like a custom molded wax seal. It stays completely solid at room temperature which makes it incredibly easy to cut to size and peel the plastic film off with the included tweezers. The magic happens when the silicon hits 45 degrees Celsius. The pad actually melts into a highly conductive liquid that fills every microscopic scratch on the bare processor die. Once I applied over the direct die, the copper heatsink was perfectly seated against the chip before screwing it down with the provided screwdriver. You have to use a crisscross pattern to slowly squish the material down so you get maximum contact. To properly cure the material you have to run a heavy multi core benchmark for ten minutes to force the processor to maximum temperature. After three full cycles of heating the pad into a liquid and letting it cool completely off the laptop sat securely at 71 degrees under maximum load. That gave the processor a massive thermal buffer and stopped the fans from constantly screaming. It was so stable that I was able to leave the machine rendering and remote back into my home server to check on my own projects without worrying about the laptop overheating. The included cleaning wipes and brush made prepping the bare dies a breeze and the 40x80mm sheet gave me plenty of leftover material for future repairs. FYI, I used UPSIREN UTP-8 14.8w/mk Thermal Putty for the VRMs and VRAM chips, For the pictures, I show what it looked like after I took the heatsink off. There was way too much paste and putty everywhere. It even had thermal putty applied over two VRAM chip locations that weren't even installed (6GB instead of 8GB VRAM installed). I then show the PTM7950 and Upsiren thermal putty applied. Another shows Cinebench running and averaging only 71 degrees (HWiNFO64) Celsius when before the redo was idling in the 60s and 70s. I'll eventually redo my desktop with this. The last picture was Speccy showing the laptop only idling at 32 degrees after. This is night and day from what the laptop was doing before. PTM7950 is amazing and will outlast the silicon itself.

Excellent!! My Thinkpad P1 Gen 3 (infamous for overheating and thermal throttling) now is super cool, the thermal throttling is gone, even in games like cyberpunk 2077. The installation is quite tricky because the material is very soft, but the included sticker tabs are very handy.

Worked like a charm! However, I was dumb, and didn't let the machine heat up before I removed the AIO plate off my CPU a few days ago, and of course destroyed it. x.x I have no idea where the other half is, so I went back ot normal thermal putty. But, within a day, and a few burn in tests, my idle temps were well down itno the 35-40c range on a Ryzen 7900X with stock settings, and smidge lower with some tweaks so it didn't ramp up so hard. If I can find the other half, I'll replace it. If you want something that will literally work as intended, I can't reccomend this enough!

Habe mir dieses Thermopad gekauft da meine Red Devil RX 6800 XT immer eine 25-30° höhere Hotspot temperatur hatte als die normale Temperatur. Man muss sagen dass das Auftragen für jemanden der das zum ersten mal macht etwas fummelig ist - ich habe mir extra dafür eine kleine Pinzette zuvor gekauft und für mich war es das auf jeden Fall wert. Nun gut was sagen die Temperaturen nach den Wechsel auf die PTM7950? Cyberpunk 2077 1440P alles auf Max, kein Raytracing - GPU ist Übertakted und zieht ca. 330W. Voher: GPU Temp: 75° Hotspot: 97-105° Nacher:GPU Temp: 70° Hotspot: 85-89 Ich bin wirklich überrascht wie gut Thermopads geworden sind, damals hieß es ja quasi immer nur das Thermopads soviel schlechter seien als Paste, aber diesen Unterschied hätte ich wirklich nicht erwartet. Achtung: Das Thermopad brauch einige Zeit(Bei mir waren es 2-3 Tage) mit Last bis man die wirklich richtigen Temperaturen sehen kann, es muss sich quasi etwas verflüssigen und sich besser auf den Chip verteilen was evtl. etwas dauern kann - allerdings hat man hier den Vorteil das sich die Temperatur nicht mehr verschlechtern wie bei Wärmeleitpaste nach einigen Monaten, für die Langlebigkeit auf jeden Fall top!

事前情報通り、やはり貼り付けについては苦心しました。 CPUに直で貼るよりも、クーラー側に貼る方が作業しやすいのでは ないかと思われます。冷蔵庫で冷やすと剥がしやすく、スマートに 作業できます。 冷却性能については全く不満ありません。 CPU温度をそれとなく終日監視してみましたが、高性能グリスと 比較しても突発的な急上昇を抑える印象で、今のところは個人的に 理想的です。 これは体感の話となりますが、本格運用前にCPUベンチで70～80℃ 位まで上げて10分間保つなどの馴染ませをすると、より性能が安定 した？ 気がします。（相変化素材の特性を鑑みて……） CPU：14600K クーラー：be quiet！ DARK ROCK ELITE

alright, this is a game changer, first of all the packaging was pretty good, i didn't expect the packaging to be so good. The thermal pad actually does wonders, before using the pad, every gaming session, my CPU temps were always 95+ and the performance due to the thermal throttling was pretty awful. I played for an hour after applying the ptm7950 pad, and the temps only touched 81° C. it's ridiculously good, and i do think this is the original one because the packaging and stuff looked pretty premium. totally worth the buy, also my laptop is HP Pavillion Gaming 15 with Ryzen 5 3550H and gtx 1650

I am having a hard time accepting how good this actually is. I have a G513QU gaming laptop which, unfortunately, was one of the serial numbers with the faulty liquid metal solution and after a year or so it had pumped out enough that the clocks were not boosting to nearly the speeds that it was when it was new. I decided to crack it open and replace it myself instead of sending it back to Asus RMA as I know Asus has made it their life's mission to make the RMA process as horrible as possible. I opened the laptop up and took out the liquid metal and the faulty barriers. I prepped the SMDs around the dies for liquid metal and got to the point where I wasn't confident on making my own barrier so I just put paste on it to see how that went - it went poorly. My temperatures were high and clocks were low. I then found out about PTM7950 after doing some research and decided to give it a go. This stuff was pretty hard to work with before I figured it out so expect a trial run before you actually get it right. I bought a cutting mat, measuring tool, and a craft knife to get it done correctly. I measured the dies and then cut accordingly. Getting on was a bit tricky but once you learn to use tweezers to set it properly on the die and lift up from the corners to get the film off it actually is not hard to work with. Once it was on I put the laptop together and was shocked at how good my temperatures were. I added some spacers to increase the mounting pressure and with those plus the PTM7950 I am getting better temps than I did with the original liquid metal application. Now, obviously the increased mounting pressure is doing some work here but I had that going with the normal paste and my temperatures weren't even close to as good as with the PTM7950. Now, my clocks boost to max speed and even though the CPU is designed to boost to 95c and hold it actually only get to about 92c which is absolutely bonkers. The GPU is doing great as well and there is zero throttling on the laptop. I was able to pass a 20 minute time spy stress test which I was unable to do with the paste application. This stuff is absolutely amazing. One last thing to note. I did two applications where one had the PTM7950 completely covering each die and the next I uses a bit less because there was a lot of pump out meaning that there was too much used. Well, covering the full die was better as I guess the pumped out bit can catch heat coming off the sides and pipe that to the heatsink so I would definitely cover the entire surface area of the die if you're doing direct die cooling. One last thing, in the videos of people using the actual Honeywell PTM7950 the pads are a bit thicker (0.25 vs 0.2 mm) and the colour is blue versus the grey of this. I was skeptical that this isn't PTM7950 because of that and I don't know what it actually is but it cools significantly better than good thermal paste so I am guessing it is a knockoff but still the same formula. A bit expensive but totally worth it.

So I picked this up keeping my fingers crossed it's real PTM7950 (which is generally hard to come by) and unfortunately, looking at the temp results, it's not. I repasted my CPU and GPU with this stuff, expecting to see some substatial temp changes. It's reasonably well packaged and relatively easy to use (super thin layer, so it can be fiddly). Unfortunately, however, after repasting and running some benchmarking tests including Cinebench, AIDA64, and 3D Mark, I was disappointed to find the temps were worse than the stock thermal paste. I then repasted with Arctic MX-5 and saw a significant improvement. I'm running an i9 and an RTX 4090m (laptop). Results were (with no overclock): Stock idle: 55oc Stock Load: 90oc This stuff idle: 58oc This stuff load: 95oc Arctic idle: 47oc Arctic load: 84oc I don't know, maybe I got a bad batch here, but it really didn't perform as expected. I'd suggest looking for other sellers.