M.2 SSD Aluminum Alloy Heat Sink for 2280 Solid State Hard Disk

M.2 SSD Aluminum Alloy Heat Sink for M.2 2280 Solid State Hard Disk

Features:

• Applicable: Heat pipe + fin passive radiator for 2280 SSD
• Design: The U-shaped heat pipe is specially designed for efficient heat transfer. The fin set similar to the air-cooled radiator can also greatly increase the heat dissipation area, which makes the overall performance of the radiator ahead of the solid aluminum radiator
  **Summary: Efficient heat transfer and increased heat dissipation area**
• Note: As a passive radiator, it will be affected by the temperature of the system environment (in the chassis), so please pay attention to the planning of the air duct to achieve a lower working temperature of the relevant hardware
• Material: Metal mirror top cover, showing exquisite installation
• Thermal pad: The double-sided thin 5.0W/m.k thermal pad can quickly absorb heat while protecting the particles. Fixed by 4 screws, the installation is simple, fast, and reliable

Specification:

• Model Number: SSD Heatsink
• Type: M.2 SSD Cooler
• RGB Support: NO RGB
• Item model number: ZERO M15
• Product color: Black
• Product material: Aluminum alloy
• Cooling method: Passive cooling
• Scope of application: 2280 solid state drive
• Product size: 74.5x29.5x20mm/2.93x1.16x0.79in
• Product net weight: 80g

Compatibility Tips:

• There is no need to purchase a 2280 radiator separately if the multiple M.2 ports on the motherboard have their heat sinks or if the solid-state drive itself has its heat sinks
• The target M.2 slot located directly under the graphics card will cause interference
• The reserved width of the M.2 slot of some compact motherboards is insufficient or the M.2 slot on the back of the PCB will cause interference

Notes:

• This product does not contain a hard disk, just for the product effect.
• The thermal pad between the radiator and the hard disk has a certain adhesiveness. If you need to remove the radiator, you need to be careful to prevent the M.2 hard disk from being damaged due to excessive force