9 Pack Assorted Thickness 0.5 1.0 1.5 mm Thermal Conductive Silicone Pads with 6.0 W/mk Thermal Conductivity, Soft Safe Simple to Apply for SSD CPU GPU LED IC Chipset Cooling -Blue

Well, i used ghem in my laptop and they were easy to setup. I think everyone should use them. Better to have something then nothing. Used them on ssd, ram and also applied on heat pipes of laptop just for fun. Didn't felt cheap. Stickyness is still goood. Now the effect on heat!! I dont know. I didn't check but i do believe they work really good as they were cool to touch while installing.

The product is really well packaged and easy to use and apply on the computer parts haven't checked the performance after application but seeing the quality I'm sure it will be good

Used it to replace thermal pads on my HP Zbook G3 laptop. Primary use was to replace the ols thermal pad on the graphics card MXM M2000M. The pads were cut well using cutter and they fit well in the chip. Reviewing after 6-7 months of the purchase and the pads are still going good. Performs well when used with proper size & thermal paste on the cpu/gpu. The termal pad is value for money. Durability looks good so far. It comes in various size/thickness so worth the purchase.

I think these pads are very good for laptop vram, MOSFETs etc., they performed great, vram temperate never go above 75° under full load, and make sure u use correct thickness so that it will not affect heatsink contact with cpu, gpu dies; in my case it needed all 3 0.5mm (gpu vram, gpu resistors, chipset), 1.0mm (cpu resistors), 1.5mm(small chips on side of resistors of both cpu and gpu where company also had applied thermal pads by default so I did too). I used them with thermal grizzly kryonaut thermal paste on cpu gpu dies, this is literally best thermal servicing combo (kryonaut+adwits) under rs 1000, go for it!

The product is good but the adhesive quality is really bad. Some of the pads got wasted because of the adhesive.

Thickness = absolutely correct Pricing = decent i would say Material = bit hard , less sticky ! Don't know about heat transfer , since my gpu isn't working.

not working with my asus tuf a15 Ryzen 4600h gtx 1650 which came with thermal putty, if you're looking to buy this i would suggest to buy thermal putty even tho it's very expensive than this one, i wasted my money trying this, it made the temps worse because of poor contact. i tried all thickeness pads that came with this but still the temps only got worse, please go for thermal putty instead of buying this and wasting your money

I had my doubts with these but my laptop is actually working. Idk how well it works but I can say it does work. I used it for my mi 14 notebook

Applied on graphics card VRM driver, work as good as the original thermal pad

Gutes und günstiges Set mit neun wärmeleitenden Silikonpads in drei Dicken (0,5 / 1,0 / 1,5 mm) – ideal als Spaltfüller zwischen elektronischen Bauteilen und Kühlkörpern. Die Wärmeleitfähigkeit von 6,0 W/mK ist solide für viele Anwendungen.  Vorteile: • Drei unterschiedliche Dicken bieten Flexibilität für verschiedene Einsätze.  • Elektrisch isolierend, hält Temperaturen von −40 °C bis 200 °C aus.  • Einfache Montage: Abziehen der Schutzfolie und fest andrücken.  • Günstiger Preis für neun Pads – sehr gutes Preis-Leistungs-Verhältnis. Nachteile: • Bei manchen Anwendungen berichten Nutzer, dass die Wärmeleistung nicht ganz so stark ist wie bei teureren Pads. > „they say it’s 6 W/mk … but not sure how true that is.“  • Teilweise schwierig, die Pads exakt zuzuschneiden oder passend zu platzieren. • In manchen Fällen (z. B. bei bestimmten Laptops) kann die falsche Dicke zu schlechterem thermischen Kontakt führen. > „the 1.5 pad is way too thick …“  Fazit: Für den alltäglichen Gebrauch – z. B. bei SSDs, Chipsätzen oder VRAM – ist das ADWITS-Pad-Set eine preiswerte und flexible Lösung. Wenn du maximale Kühlleistung brauchst (z. B. bei sehr heißen GPUs), könnten jedoch hochwertigere Pads mit höherer Wärmeleitfähigkeit sinnvoll sein.

After moving my components into a new PC case, I was presented with the opportunity to change the thermal pads on my 4x installed NVMe SSD drives. Due to the physical aspects of the chips and their location on the NVMe SSD module which is on the opposite ends of each other, they do not completely sit at the same level nor at the same height, so I bought two different pad thickness's, 0.5 mm and 1.0 mm. The controller chip sits lower than the memory chips so I required a slightly thicker pad, technically, this will level out any unevenness and prevent any thermal throttling with a nice flat even surface for the heatsink cover to lay across. After measuring and cutting each pad to the appropriate size, I installed them without issue. The freshly installed pads have kept my 4x SSD NVMe drives at a cool 35°-38°c idle and 42°-45°c under load, depending on what app I'm using for example, when running Davinci Resolve, the highest temperatures my Samsung 990 Pro 2TB NVMe reached were between 42°-45°c under load rendering a 20 min 4K video with motion flow @ x8 which is quite a heavy demand. The NVMe however, kept at a safe temperature considering the heat coming from neighboring components, Motherboard, GPU etc. which were all undergoing the same task. Great thermal pads, easy to work with and overall very effective at their purpose. Very happy with my purchase.

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