
M.2 Heatsink combines active and passive cooling, temperature is reduced and ensures long-lasting performance

[Better Cooling System]
3 x 4.5mm Copper Heat Pipe,providing effectively excellent heat dissipation,quickly dissipating the heat transferred by the copper tube.

[Larger 40MM PWM Cooling Fan]
With Larger 40MM Quiet PWM Cooling Fan. Low noise level at max rate 8500RPM rapidly cools down your SSD.

[Compatibility Note]
Compatible with Single/Double sided M.2 NVMe 2280 SSD ONLY!!
Not compatible with 2230,2242, 2260 memory.

Copper Heat Pipe
3 x 4.5mm Copper Heat Pipe,providing effectively excellent heat dissipation.
It can quickly dissipate the heat transferred by the copper tube.

PWM Cooling Fan 40MM
40x40mm 9 blades powerful fan, 8500rpm, low-noise and no vibration.
Low noise level at max rate 8600RPM rapidly cools down your SSD.

Easy to Install
Direct-Touch Base Technology---Easy installation

High-Density Aluminum fins
Combined with cooling fan and aluminum fins to achieve better heat dissipation performance.

M.2 Heatsink combines active and passive cooling, temperature is reduced and ensures long-lasting performance

[Better Cooling System]
3 x 4.5mm Copper Heat Pipe,providing effectively excellent heat dissipation,quickly dissipating the heat transferred by the copper tube.

[Larger 40MM PWM Cooling Fan]
With Larger 40MM Quiet PWM Cooling Fan. Low noise level at max rate 8500RPM rapidly cools down your SSD.

[Compatibility Note]
Compatible with Single/Double sided M.2 NVMe 2280 SSD ONLY!!
Not compatible with 2230,2242, 2260 memory.

Copper Heat Pipe
3 x 4.5mm Copper Heat Pipe,providing effectively excellent heat dissipation.
It can quickly dissipate the heat transferred by the copper tube.

PWM Cooling Fan 40MM
40x40mm 9 blades powerful fan, 8500rpm, low-noise and no vibration.
Low noise level at max rate 8600RPM rapidly cools down your SSD.

Easy to Install
Direct-Touch Base Technology---Easy installation

High-Density Aluminum fins
Combined with cooling fan and aluminum fins to achieve better heat dissipation performance.















