Ultra-thin M.2 SSD Cooler Aluminum Alloy Heat Radiator for

Ultra-thin M.2 Solid State Hard Disk Heatsink Aluminum Alloy Cooler Cooling Thermal Pads Heat Radiator for PCIE 2280 SSD
Feature:
The simple plays a big role. The angular diversion type upper heat sink, simple lines and metal texture, create a simple industrial style diversion duct.
All aluminum + anode sandblasting treatment can not only improve the appearance of the whole machine, but also match the air duct of the chassis with a 45° inclined air guide structure, which can take away the heat of the solid state drive as soon as possible.
Diversion type all-aluminum heat sink. The 45° inclined fan structure, with two upper and lower high-quality thermally conductive silicone heat sinks, can quickly conduct heat to avoid overheating and slowing down.
The overall heat dissipation is stronger. The heat dissipation is not only at the top, but the bottom stripe line also increases the heat dissipation area, which can take away heat more quickly.
It is only suitable for 2280 size M.2 solid state hard drives, and supports single and double-sided particle hard drives (thickness is different, please choose the corresponding heat sink.
Both single and double-sided particle M.2 hard drives can be used. The product comes with 4 heat-dissipating silicone sheets. Single-sided particle hard drives use 1mm silicone sheets, and double-sided particle hard drives use 0.5mm silicone sheets.
Specification:
Product name: M.2 2280 solid state hard drive radiator
Product model: M2
Product function: Strengthen heat dissipation and prolong the service life of the hard disk
Support hard disk: Only support 2280mm M.2 hard disk (single/double-sided particles)
Product material: All aluminum
Product color: Black, Red, Grey (optional)
Product size: 76x24.4x9.6mm/2.99x0.96x3.78in
Product weight: 15g
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow slightly measuring deviation due to manual measurement.