Thermalright HR-09 2280 SSD Heatsink, with Thermal Silicone Pad for M.2 SSD Hard Disk, Computer and PC, Contains a Heat Pipe, Double-Sided Heat Sink, Reflow Soldering Process

I bought this heatsink to replace a smaller aluminum-only heatsink (the $5-10 type). Compared to that heatsink, I noticed upwards of a 5-10C drop in temps on my NVME boot drive. Under a heavy load for my system, this means a drop from ~60C to just over 50C max temps. With that said, 60C is within the safe operating range for NVME drives, so this is definitely not a necessary product for the sake of thermals; you can easily use a smaller/cheaper heatsink and be fine. However, as far as I'm aware, even when it's within the safe operating range for the solid state drives, temperature can have an effect on the lifespan of a drive, so having this heatsink does give me more peace of mind about the longevity of my boot drive.TL;DR : Not a necessary product for M.2 drives, but it is a quality product that I like and would recommend.

I water cool my PC and due to where the Gen 5 NVME is located, I could not use the factory cooling on the motherboard as the waterblock on my graphics card was making it unable to fit due to it's size, so I used a billet aluminum EKWB heatsink on the M.2 drive. Eventually my PC started crashing multiple times a day with me unable to figure out why, that is until I did figure it out.The small heat sink I had added to the M.2 was insanely insufficient, and it was overheating horribly, we're talking over 75°C. So I bought this heat sink and a NVME relocation/extension kit to move the M.2 to a spot where I could put this massive heat sink on it. Sadly the relocation kit is only Gen 4 PCIE technology, so I lost more than half of my speeds, but that isn't the heat sink's fault. What is the heat sink's though, is the awesome passive cooling I now have. My peak temperatures went from 75°C+ to a cool 45°C (And that 45°C was from stress testing so not even every day use kind of temps). Normal operating temps are now around 33°C average instead of the 60°C average temp I would get before with a table fan blasting full speed into the side of my open PC case I had to do before this came.I am sure the temperatures would be higher if the M.2 was running at gen 5 speeds, but I highly doubt it would be much higher, not to mention 45°C is well within healthy operating temperatures, so its a huge win no matter how you look at it.If you're running a toasty 5th gen NVME and have the space for this heat sink, I highly recommend getting it! The installation was super easy and due to it being adjustable it should easily fit whether you have a single sided or double sided PCB M.2!By far my best purchase of 2025 so far!

This is about the best heatsink you can buy for the money. It is a passive heatsink, meaning no fan connection or extra noise. Nets me a 29C idle temp on Samsung 990 Evo Plus 1TB drive.It is a bulky heatsink and will require some space. The main thing is to be sure your video card and CPU cooler have enough room in between for this heatsink.Another item worth mentioning is the weight of this heatsink. It made me a bit nervous at first and after mounting the heatsink I had to go back in and tighten it a little more. It is also useful to put a bit of cushioning material between the bottom part of heatsink that will be resting against your mainboard. I personally used 3M Temflex Rubber Splicing Tape 2155. It insulates and also you can cut into small pieces to build your own cushion which will protect your mainboard and also give your heatsink something to rest against offering a more solid mounting point.Great little heatsink though and you will not get better cooling at this price. The only other way you can step up your cooling game is to get the model of this with a fan.

i didn't see much difference in cooling between this double stack or the single stacked version on passive, i bought this cause i have CPU cooler clearancebut this Heatsink is miles ahead of those garbage flat cooling plates used on motherboards, the fine fins dissipates air faster while a block of aluminum just creates a heat pocket.if you can; try and fit a 40mm or 50mm high power fan to blow air through that heat gap between the CPU cooler and GPU it really helps

Muy bueno lastima que no medi bien el cooler y no cabe en la primera ranura pero en las demás va bien

It was for another project that did not work so instead of returning it. Why not?

What I like:* Well made and packaged.* Thin over thick fins. 32 thin fins for large aluminum surface area to facilitate heat dissipation.* Thick heat pipe better heat transfer than thin or no heat pipe at all.What I don't like:* Non-copper heat pipe. Copper: conducts better if near chip. Aluminum dissipates better at fin. But for $...* Side screw design could loosen contact over time. Screws from bottom up screw design would be best for fin to chip contact.* You loose PCI slot due to height but NBD if using board graphics, ATX mobo and aware..* Single pipe. Like multi-pipe "Pro" design better.Recommendation:* Repeat: Don't use "black" insulator spacer on final install per instructions.* Apply fore-finger/thumb pressure top-to-bottom over chip and tighten screws, especially if only one single sided chip SSD design.* Carefully peal-off paper SSD label on chips to facilitate heat transfer (avoid label insulation effect).* Nit Point. Best I can tell, pipe bend should point to floor for tower cases to facilitate heat transfer in pipe.* Stock thermal pads not bad. Consider Arctic TP-3 ultra thin thermal pad available on Amazon.

excelente producto recomendadisimo