Thermal Grizzly - Conductonaut - 1 Gram - Liquid Metal Compound Thermal Paste - For Maximum Thermal Conductivity while Overclocking CPU/GPU/PS4/PS5/Xbox

Can’t fault this Liquid Metal, my temps on both my cpu and gpu on my acer nitro 5 where pretty high, especially the CPU, constantly spiking in the mid to high 90s. Watched a few vids on YouTube and decided to give this a go and wow what a difference it makes, now both my cpu and gpu sit around to 70 mark with hardly any movement. Not that hard to apply either just make sure you clean both the die and heatsink with isopropyl Alcohol and use a really small amount, half a grain or rice size I’d say and just spread it thinly over both the heatsinks and die. On my nitro 5 there was no components close to them in case of seepage but if you find on yours there is components close just cover them with clear nail polish and you’ll be good to go. Again great product highly recommend

ive used this stuff in various forms since it first came out years ago and its definitely one of the better versions, if youre here you probably already know that you need to take care with this stuff as it is electrically conductive, that said there is little out there that works as well and a little goes a long way. application is a bit different than normal paste but easy enough if you follow the instructions and it works a treat on both pcs etc and for repairs on PS5s where the old one has eroded/died etc

Quality liquid metal, helps reduce temps considerably from 10c on just the IHS to cooler, or upto 20c with CPU delid, CPU die sanded, and IHS to cooler. Don't leave 1 star feedback after destroying your system because you were too amatuer to use this stuff, it requires a lot of care and some skill. If you are using this for a CPU delid, be sure to insulate any conducting areas that will sit under the IHS (integrated heat spreader, the big flat metal piece that is the top of your CPU where the cooler usually sits/makes contact with) or even outside it, this stuff is very runny and it may happen over time long after you have put the IHS back on. I used clear nail polish on exposed contacts, resistors or transistors etc... I avoided using any glittery types of nail polish as i'm not sure if they're conductive. Apply two layers to be safe (2nd layer after 1st layer has dried obviously). If the IHS is soldered to the CPU die (most modern CPU's have solder) be sure to use a delidding tool and carefully remove the IHS. There will be solder left on the CPU die, you will have to carefully remove it with either a blade (scraping blade is handy) or there are products you can buy that dissolve the solder safely, something like Flitz Polish can do this. If you use a blade, be sure to lightly sand down the remaining solder and use a super fine sand paper to get that mirror polished finish on the CPU die. I have sanded down 9900k CPU die's that are known to come excessively thick which also helps with reducing temperatures, but you do have to be super careful not to sand too much or you will destroy the CPU. Most IHS's and cooler contacts come copper based but if for some reason you have an aluminium based one, don't use liquid metal or it will corrode it and may fuse to the aluminium, which then you will most likely have to sand down to clean it off. Just buy a cheap copper IHS off amazon for the CPU you have, they're not expensive. Be sure to apply a very thin layer to both the CPU die and the inside of the IHS. You will need to have a rough idea where the shape of the CPU die will make contact with the inside of the IHS to avoid excess amounts dripping off the IHS to the surrounding areas of your CPU die, this is one of the reasons it is best to insulate the conductive parts of the CPU, if you don't know what parts are conductive, then just insulate everything that stands out as it can't hurt, but obviously not the back of the CPU where the contacts are for connecting to the motherboard! One method of knowing where to apply on the inside of the IHS is to apply on the die, place the IHS on the CPU and the die should touch the inside of the IHS and leave you a rough liquid metal outline to apply within. This is also good to see if the CPU die makes contact with the IHS if you sanded the die down (if it doesn't, then simply sand down the base of the IHS little by little until the die makes contact with the IHS. Finally, apply little dabs of glue on the IHS and place it in position, I usually install it into the motherboard while the glue is wet so the IHS is clamped down to the CPU by the motherboard socket, and you may want to use paste on the top of your IHS but if you do want to use liquid metal then either carefully apply it while it is installed in the motherboard or be patient and wait for the glue to dry, then take it out of the socket. You will need to apply liquid metal to the cooler too and will need a good idea where the IHS will make contact with the cooler, use the same method as before to see where it will make contact (apply to IHS, place cooler in position then take cooler out and look at where the liquid metal touched the cooler from the IHS). A little advice on applying liquid metal, it can be quite annoying trying to spread it at first as the blob of liquid tends to just follow the q-tip or seem like it gets completely absorbed by it. Keep trying to spread it with the q-tip even if nothing seems to be happening and apply some pressure so you're effectively squashing the liquid metal out of the q-tip and move the q-tip back and forth quite fast in a small area, eventually it will start spreading nicely and you will get the hang of it. I have delidded a 4790K, 2x 9700K, 9900K, 2x 9900KF, 10900K all successfully with this liquid metal and they are all running good to this day. I haven't attempted a delid with any AMD cpu's yet and wasn't bothered to do it to my 5950x as i use it for server purposes and general use, but the intel's were for gaming and overclocking so it was worth it. Watch many youtube videos to learn as much as you can before attempting this as CPU's are not cheap, but don't be scared as it is not rocket science, you just need to be clean and careful!

They say a little goes long way, if you want absolutely insane post-deliding temperatures this is the bees knees, if you do not know what deliding is then I would do a lot of research first. After applying 2 very thin layers to the CPU die and IHS, my i5 4690K idle temperatures to just above ambient and non-overclocked load temperatures by 23°C (AIDA64 Stress test) on a Cooler Master 120MM AIO (H55 I think, had it ages) in Push-Pull A word of caution, push the syringe very very very gently, and not anywhere near any electrically conductive components. It will come out super quick and go everywhere. I used a magnetic parts tray which I cleaned with isopropyl alcohol 99% and then syringed back up what exploded out the end. I was initially like “it can’t be that bad” to “oh fugde! Glad I didn’t try to do that over the CPU and motherboard”. Check out guides from the likes of Linus Tech Tips, and Gamers Nexus on YouTube before deliding and using / doing anything like this. If deliding is your thing I can absolutely recommend this without hesitation. Your millage may vary, and should you choose to do this it is at your own risk.

I think this is probably one of the best compounds I have ever used for cooling. It is extremely good at conducting heat and I experience temperatures around 6 degrees C lower than I had previously after applying it. It was quick and easy to apply, really didn't take me long at all by following the instructions. I looked at other metallic compounds, and for the price of it, I thought this one was good value for money, particularly after reading some reviews on it. It's from a well-know, trusted brand, who have a good history of making high performing cooling compounds. I was surprised at the size of compound that I needed to apply. It was very little in my opinion, but even so, it was very effective. I haven't had any issues since I applied it, and it has been months now, so the longevity of it can't be disputed. I know with other non-metallics I have had to reapply them after a while because they dried out, but this till seems like it will last a while. Pros: Easy to apply, tools provided in the bag, instructions are good Cons: Clean-up is very hard, It's conductive so you need to be careful not to get it on any other parts of your PC

Brought this to change out the stock paste on my Xbox One X. Man this stuff really works. Originally when playing graphic hungry games u could hear the fan which became annoying. Repasted the Xbox with this stuff and now you can barely hear the fan. I’ve also used it on my PC’s graphics card and now that runs a lot cooler. Definitely will buy again.

First review on amazon, but had to write something here. I originally bought conductonaut to put into my gaming laptop. However after reading about it a bit more (and specifically about not travelling well in bags, laptops on its side etc.), and my lack of recent experience (last computer build was 3+ years ago), I decided against it and ordered Kryonaut. Instead of returning it, I decided to have a ago at repasting my redundant Asus GTX 970 Turbo, which is now largely left to some cryptomining. Youtube has several guided videos for this. I had this card hitting 79 degrees C and boosting to 1108 core clock before repaste, with fan at 70% speed. The case is generally well ventilated. Putting this on was a little tricky, especially since I put some electrical tape around the die in case of shorts. However once I had the thing back in my redundant computer the temps were night and day. I have had it on 24 hours continuously, Boosting to 1304, memory at 3504, and fan at 65% with a temp of 61-62 degrees. I am absolutely amazed. Next job - to de-lid my old i5 4960K and see how high we can go!

I've used the usual quality thermal pastes before from Arctic etc, but never tried a liquid metal 'paste' before. This stuff is really worth the money if you are running hot or want to reduce temps more than non-conductive pastes can allow. (Okay, so it's not really like a paste - it is more like chasing a globule of mercury around your processor die; but it is worth it in the end). Just remember to tape up first! I tested it with Intel XTU, Furmark, and Unigine Valley via HWiNFO after repasting a couple of my gaming laptops. This stuff works. Results: AW M17xR4: Before repaste bench test CPU max: 94C (yeah, it's been a while)... with Conductonaut: CPU max: 72C GPU max: 74C with Conductonaut: GPU max: 58C AW 17R4: Before repaste bench test CPU max: 89C With Conductonaut: CPU max: 72C GPU max: 68C With Conductonaut: GPU max: 55C 1 gram will be more than enough for both dies, and heatsinks.

Juste be carefull when apply, with copper just put some back on it After one month After the first coat because the copper will dry out the metal

Excelente

Noticed a 10c+ difference under load in a gaming laptop.

Good product

Cuando recién adquirí mi laptop gamer (ROG G752) su temperatura normal (modo reposo) era de 48 grados y al jugar Overwatch ésta subía a los 92 grados, así que decidí remplazar la pasta térmica de fábrica por la Arctic MX-4, y la temperatura en modo normal bajó de 48 a 45 grados (3 grados menos), pero al jugar Overwatch su temperatura era de 84 grados (8 grados menos)... no satisfecho con el resultado quise ir más lejos, así que decidí poner metal líquido, y viendo muchos vídeos de profesionales, todos coincidían con Thermal Grizzly Conductonaut 73W/m·K, el único problema es que al ser conductor de electricidad si éste toca la tarjeta madre o otro componente la laptop se estropeará, pero tomando todas las precauciones (ya que es la primera vez que lo hacía) valió la pena., mi laptop en modo reposo bajó de los 45 a 32 grados (13 grados menos que la Arctic MX-4 y 16 grados menos que la pasta térmica de fábrica), pero al jugar Overwatch es cuando se nota una diferencia abismal, pues la tempera llegó a subir a un máximo de 60 grados y eso sólo en ciertos momentos (24 grados menos que la Arctic MX-4 y 32 grados menos que la pasta térmica de fábrica... esto es sorprendente, ahora mis ventiladores permanecen por más tiempo apagados, y esto significa menos consumo eléctrico, menos ruido y más durabilidad a para mi laptop. Estoy completamente satisfecho de haber adquirido este metal líquido que hace milagros con las temperaturas. Les dejo las imágenes para que vean por ustedes mismos y aprecien como en la prueba en donde se estresan todo los núcleos del procesador al 100%, éstos se mantienen a una temperatura por debajo de los 60 grados centígrados.