M.2 Heatsink Aluminum Alloy NVME 2280 SSD Cooler With 3 Ther

Description:
1. [Application] M.2 SSD heatsink is designed for M.2 M key or B key disks. Perfect for M.2 2280 SSD, for 850 EVO 860 EVO 960 EVO 970 EVO 950 PRO 960 PRO 970 PRO 980 PRO, for SN850 SN750 SN570, for Firecuda 530, for Crucial P2 Crucial P5 Plus, etc.
2. [With Thermal Pad] Unique nano silicone thermal pads for better thermal conductivity. Soft enough and malleable enough to be compatible with both concave and convex surfaces of M.2 SSDs. Standard low viscosity will not damage the SSD warranty label.
3. [Efficient] Aluminum alloy groove material can enhance the cooling area, the maximum efficiency can be up to 10°C to 30°C cooling effect, help the system cooling to avoid overheating and throttling, cool your M.2 SSD to a safe temperature and improve the performance of your computer.
4. [Easy To Install] Double sided clips and 6 height adjustable screws. Suitable for M.2 SSDs with a minimum height of 12mm/0.47in, easy and convenient to install, better guard your M.2 SSD. Helps cool desktop PC and for PS5, releasing pressure and allowing the system to run more efficiently.
5. [Aluminum Alloy Material] Almost all sides are surrounded by aluminum alloy material, high efficient heat dissipation channel design, strong heat dissipation and WMl suppression, reducing common mode radiation and electromagnetic wave interference.
6. [Compact And Lightweight] Aluminum alloy NVME 2280 SSD cooler, silver plated (for eliminating static electricity), anodized finish. 2.87x0.94x0.39in in size, compact and lightweight, 1oz net weight, will not add burden to the device.


Specifications::
Item Type: M.2 Heatsink
Material: Aluminum Alloy
Assembled Size: Approx. 73 x 23.6 x 10mm / 2.87 x0 .94 x0 .39inch
Silicone Thermal Pad Thickness: 0.5mm/0.02in x 2 with 1mm/0.04in x 1
Product Color: Red
Product Process: CNC Anodized
Product Use: For M.2 2280 SSDs.


Package list:
1 x Heat sink 3 x Silicone Thermal Pad 1 x Screwdriver1 x Base 6 x Set Screws
Note:
1. Manual measurement, please allow some errors.2. Heat dissipation may vary by environment.