FUZEIceIceberg Thermal Plus Thermal Paste Heatsink Compound CPU GPU High Performance Grease (3.5g) (13 W/mK)

Good valueGreat product easy to put on with eady applicator no spatula needTest on my i9 9900K and my Asus gtx 1080 rogBoth previously had top rated thermal grizzly kryonot on itIt performed just as good and at first without pushing the pc hard maybe a few degrees cooler once settled it will be in par with thermal grizzly n top paste

It looks good from the informations posted, did not tried yet, looking for i5 10400 cpu

Lo compré principalmente por las recomendaciones en línea de este producto para gpus y laptops. Lo apliqué a dos tarjetas RX 5700 XT y la temperatura de unión se redujo de 95°C a 83°C en una y de 97°C a 86°C en otra durante la prueba de stress furmark.

I have used one of the big name brands for years - literally somewhere near 10+ years. This stuff is great, easy to use & apply and works better than anything I have ever seen - bar none including the truly "high priced spreads" sold here. You just cannot go wrong with this, and I picked the "FuzeICE+" because of the higher rating of 13w/mK can make a big difference in my application, which is cellular modems (radios) sold in combination with Gigabit routers. In this specific situation, the more they pack into the basically postage-stamp-sized M.2 format modems, the more power they consume and the more heat gets produced, especially with all of the newest 5G modems. It can make the difference between smooth sailing and seeing your modem constantly having mysterious disconnects because of the heat problem(s) created by the micro-miniaturization of these latest generation of 4G & 5G Cellular modems. Even the largest ones are 52x30mm and most of them are only 42x30mm with all being around 3mm thick - or slightly less. There is no option for active (fan based) cooling in these modern 12V routers, even the best consumer grade routers depend on passive cooling.FuzeICE+ is the ticket, beyond any doubt! Get you a 3.5 gram sample tube. I think you will agree it both creates a new ease-of-use case and also outpaces everything on the current market.

I had never even heard of this brand before. Did a bunch of searches, and nothing on YouTube as well? but I needed to rebuild my water loop and figured while I was at it, re-paste everything. This popped up in my search on Amazon and the 13W/mK thermal conductivity had me interested, albeit skeptical. Boy, am I impressed! Overall temps dropped on everything and allowed more stable CPU clocks and upped my 3d Mark score with no other change. Under 60c average on the GPU @ 120% power target on a 3090 is just incredible and the i9 @ 53x overclocked is under 90c? I'll take that all day long! Generally temp spikes have been way less, and I've seen thermal throttling reduced as well. The i9 and 3090 both run really hot in general, this has made a big difference for my application. In a 20-loop Time Spy stress test I saw average temperature of 55c. Keep in mind all this is water cooled with 480mm worth of radiators. If your cooling equipment isn't good, this might not do much for you, but if you have good gear then... here's the proof!A few tips on application, use a credit card (preferably with a CPU Stencel) to flatten out/spread your application as thin as possible across the surface of the chip edge to edge. Don't just put a blob and smush it down, it does make a difference. Less is more. You are trying to bridge the gap between the processor and the cold plate of your cooler. The thicker the layer, the less efficient that bridge is.