

Your doubts are warranted. Heatsinks at best drop component temps to ambient temps, so the heat from the cpu and gpu in such a tightly packed environment will severely limit any benefit it can offer. So this is sort of like debating whether to upgrade from 2" plastic wheels to 3" rubber/steel wheels on a pickup truck.
Heat is the enemy of electronics and considering the cost of internal components, investing in even an ultra-budget case with 2-3 fan mounts and some fans will always be worth it. Because if the motherboard dies tomorrow, most people would find themselves up shitts creek without a paddle.


I’m assuming you mean me. I suggest you read what I wrote again before you apply your “years of experience” because your terrible advice will leave OP with a dead PC in a couple years at best. I’m not saying an nvme heatsink won’t reduce the ssd’s temps. I’m saying you’re setting a heatgun at 100C, aiming it at the nvme and now attempting to fix the “heat issue” with a heatsink. The nvme temps are the tree in the forest and OP is better off addressing the core problem, airflow, which will both reduce nvme temps and prolong the life of the entire pc.
Wrong. The SSD also gets hot when the rest of the PC “does stuff”, including the cpu and/or gpu which are often the leading contributers to internal temps. More thermal mass and surface area will mean little if the ambient temps are high. You have all these case manufacturers making high end cases with 8+ fan mounts for a reason - because of how important moving hot air away from the hardware components is. Your solution will absolutely not improve things a 100%.
Please don’t do this OP. Superglue typically bonds two materials via chemical reaction and will damage your hardware, removal will also be a nightmare depending on the glue. I’m assuming OP wanted to say thermal adhesive but superglue sounds more “hack-ey” when trying to impress a novice I guess.