axGear M.2 2280 SSD Heatsink Thermal Silicone Pad for PCIE NVME Aluminum Alloy Material
axGear M.2 2280 SSD Heatsink Thermal Silicone Pad for PCIE NVME Aluminum Alloy Material
Hero image 0 of axGear M.2 2280 SSD Heatsink Thermal Silicone Pad for PCIE NVME Aluminum Alloy Material, 0 of 6

axGear M.2 2280 SSD Heatsink Thermal Silicone Pad for PCIE NVME Aluminum Alloy Material

4 stars out of 2 reviews
(4.0)|
2 ratings

Key item features

  • Aluminum Alloy Material: layer and frosting process, with better heat dissipation performance
  • Make the Computer Run Faster: Improve the speed of data reading and writing, and bring you an extraordinary gaming experience.Watching 4K movies and pictures are not stuck
  • Powerful Heat Dissipation: A new experience of hard drive acceleration.
  • Double-layer heat conduction: Efficient heat dissipation. The product has two layers of thermally conductive silicone to make heat dissipation easier
  • Easy to Install and Operate: Only need some simple tools, anyone can easily complete the installation
Current price is Now $8.69
You save $9.26
was $17.95
Price when purchased online
Out of stock

How do you want your item?

How do you want your item?
Out of stock
Report an issue with this seller

About this item

Product details

Specifications

Warranty

Customer ratings & reviews

4 out of 5 stars
stars2 ratings1 review
How item rating is calculated
Filtered and sorted results would be available on the new 'Customer ratings & reviews' page.
Sort by |

Showing 1-1 of 1 review

Feb 21, 2024
Mark
Sold byaccXpress
5 out of 5 stars review

Verified Purchase

Works as advertised

Only possible nitpicks I could make is there were no instructions. Not an issue for me but for a novice they might not know how to properly install it. I did fumble with the plastic protectors on the thermal pads but that's mostly due to me getting old :) This particular SSD I put it on has the misfortune of having the hot air from the GPU blasting down on it. With the heatsink on it I'm getting an easy 10C - 15C reduction which keeps my monitoring happy as it's no longer getting above 60C. I peaked a few times at 68C before getting the heatsink and so far haven't seen it get above 54. One reason I chose this as it's a design that draws heat from both sides of the PCB making it a more effective cooler. If you're considering but don't know for sure how to install it the process is actually fairly straightforward. The actual heatsink will fairly easily slip out of the bottom part which also frees the thermal pads. The pads have a thin plastic sheet on both sides to protect them. Gently peel one side off and place that side on the SSD as straight as you can get it and try not to touch the pad itself to avoid contaminating it. Once it's on try not to move it as you peel off the other side. I did the top first and used the heatsink to help hold the SSD while I put the bad on the bottom and then clipped the bottom of the assembly on. One bonus is it DOES come with a spare screw and a tiny screwdriver in case you mange to lose the screw currently holding the end of the SSD in position.

Helpful?4JE7EIE41FSY1973098541