Design of direct contact with heat pipe
The heat pipe is seamlessly attached to the SSD, and the high thermal conductivity copper pipe can achieve uniform heat dissipation
Pure copper sintered heat pipe
The heat pipe at the bottom of the heatsink can quickly conduct the heat of the SSD into the all aluminum fin
Heat out: After cooling, the vapor condenses and turns back to liquefaction and the heat source
Heat in: Converts the liquid into vapor and flows to the cooling end
Double-layer aluminum alloy heat sink
Increase the heat dissipation area, which helps the SSD to have a good heat dissipation effect. Heatsink interval design quickly dissipate the heat conducted by the copper pipe
High-speed 30mm fan quickly dissipates heat
The built-in turbo fan improves the heat dissipation effect and can quickly discharge the heat (6000 turn/min)
Double-sided film efficient heat dissipation structure
Equipped with two thermal conductive films, which can quickly dissipate the heat of the SSD through the metal body
Adjustable angle cooling fins
In order to adapt to different computer equipment, the cooling fins can be adjusted manually to avoid the graphics card or large CPU heat sink.
4 PIN power supply interface
The radiator interface is a 4 PIN power supply interface, connect to the main board fan to supply power (the power cord is 50cm long)