Fujipoly/mod/smart Extreme X-e Thermal Pad - 100 x 15 x 1.0 - Thermal Conductivity 11.0 W/mK

Having tried to use Fuji poly’s ultra high thermal conductivity pads and these; these are the ones that you want. They’re a lot easier to handle, trim to size and, the protective tape actually comes off. The 14 watt stuff is extremely dense, crumbles easily and is so tacky that sometimes I’ve had to throw away entire pads because I just couldn’t get the protective tape off to use it. The 11w pads work and keep just about everything cool I’ve used them for from ancient AGP cards to watercolors Vega 64s

It's a thermal pad set. Not quite as bit as I was expecting (I'm not good at judging things based off of measurements) but definitely seems to be good quality stuff. Used it when I was upgrading my laptop's GPU for the VRM's, since they get quite toasty under load. Not to mention, these are the highest thermal conductivity rated pads on the market, so if you want the best, you're looking at them.

Much more conductive than the stock material used on my VRM mosfets. I obtained a noticeable decrease in load temperatures thanks entirely to this pad. The only con with this material is how soft it is compared to the silicone thermal pads I've worked with in the past. The pliability makes it a bit difficult to handle and cut, but would likely allow it to better conform to the two mating surfaces.

I purchased one of each the 0.5mm and 1.0mm Fujipoly Thermal pads, and the reviews will be the same.These thermal pads are good quality, and have some elasticity, so they won't crack or break if they're stretched and squashed a little under pressure or shear forces (which is good). They also seem to have good cooling properties, although that claim is just from measuring temps after installing them, not from testing their thermal conductance.One thing is that these aren't really that sticky. I applied them to a clean surface, and while they adhered, it was quite easy to move and remove them. So easy, in fact, that it was difficult to remove the backside plastic covering before seating the heatsink; I would inadvertently end up lifting and moving the actual thermal pad while trying to remove the plastic. The lack of adhesive doesn't matter much once the heatsink is installed and cinched down — the pads aren't going anywhere at that point — it just makes it a little more difficult to apply and install.Overall a quality product, although I'm wondering if I didn't get an older batch whose adhesive had dried up.

My SSD was overheating considerably (95-98°c while gaming), which apparently is a normal thing for Samsung M.2 PCIe drives. I was using my Gigabyte Aorus X570i's included thermal pad, which is under the PCM fan, but it wasn't dissipating the heat fast enough. I can now say that the max temperature by the "Drive Temperature 2" sensor in HWiNFO64 is 80°C, which is still high, but will not harm the drive). Sensor 1 never got over 66°C after heavy gaming with The Division 2, Apex Legends, BF5, and Doom Eternal.I currently have an RTX 2070 Super, so all textures are as high as they can go @1440p. Read and writes are constant and this thermal pad keeps the drive under normal operation.

What can I say? It did what it was supposed to. I was able to get rid of the factory Dell thermal pads and replace them with a higher quality product.Temps dropped a few degrees and the system is more stable. Great product.

Shipped some Christmas socks. Returned those. Second shipment contained the correct thermal pads. Got charge twice.Product works well to transfer heat but cost twice the advertised price.

These are high quality thermal pads with a great thermal conductivity coefficient. However, it is a very expensive product, so make sure it is worth the money for your project.