XPC High Performance 20W/mK Thermal Pad T20 Series, 100 x 100mm, White, 0.5mm to 3.5mm Thickness, Non-Conductive for GPU, Electronics, Computer Parts (0.75mm)

Used to redo my RTX 3020 and RTX 3070. This haas some of the best stats for heat pads that I could find. They review well and so I tried them. Drastically reduced the temps on my GPUs. I was getting 95-105 on my 3090 which wouldnt lead to it lasting long. Now I'm sitting at 50 at low use and usually about 65-70 while gaming or doing video editing. And thats perfect.

Huge benefit in throttling and heat dissipation. I would advise being dumb and using this type of material on anything other than IC chip and mosfets. I REPEAT - DONT BE DUMB AND USE THESE ON THE GPU OR CPU.

I used it to upgrade the memory pads on my RTX 3090. So much better than the factory pads. At least 5C temp improvement just from this.

I moved my EVGA 3080ti FTW3 into a Hyte Y60 case. Despite fitting the parameters listed on Hyte's website, my temps were throttling at EVGA's default temp of 83°C while playing Dying Light 2 on max settings. I put new paste and replaced all the pads with these pads. Temps went down to 78-80°C which is fine for a hot card like this one. Great value.

There aren't all that many really thick thermal pads available, so I really wanted this one to work.Unfortunately, the pad I received is no good. Similarly to what other buyers have reported in the past, this product has dried out, which makes it feel in your fingers like a stale chalk -- and you don't want your fresh-out-of-the-package thermal pad to be "crumbly".

This thermal pad offers low thermal resistance and high conductivity, though the claimed 20W/mK seems exaggerated, as even top-tier thermal pastes rarely exceed 17W/mK. Less brittle and easier to handle than some high-end pads, not as reusable as rubbery silicone pads, it does have a putty-like consistency that can be reformed if necessary. Available in precise 0.25mm increments, it’s ideal for precise applications. The value is decent but not outstanding, especially if the conductivity claims are inflated (and I suspect they are). I successfully refurbished a nightmarishly picky video card with these pads, so they definitely work fine. Complaints from other reviewers about poor performance likely stem from incorrect thickness choices, causing issues like inadequate GPU-heatsink contact. Make sure you use the right pad thickness and you shouldn't have issues.

soft easy to cut squishy not much bounce back so probably a one time use pad but my temps are better than the stock pads on my xfx 6800xt merc 319 gpu overclocked with the adrelalin software from amd and more power tools

Great thermal pads for the price