ORICO fuerte disipación de calor M.2 SSD 2280 disipador de calor refrigeración de aluminio tubo de calor de cobre almohadillas térmicas de silicona con ventilador de refrigeración

Compatibility support 22 × 80 size single/double sided M.2-NVME/NGFF solid state drive. Heat dissipation area extend, passive heat dissipation performance. Pure copper heat pipe, double to provide better heat dissipation performance.

M2HS7

Heat dissipation aluminum +pure copper heat pipe makes the heat dissipation effect better.

M2HS8

The super combination of aluminum +pure copper heat pipe+aluminum fin allows excellent heat transfer.

M2HS9

Heat dissipation aluminum +pure copper heat pipe+aluminum fin+fan, super combination to achieve the ultimate SSD cooling performance.

Silent fan for maximum cooling performance.

Fan:

The performance of the fan will vary with the circuit used; Cooling fans are generally divided into the following three categories (active air heat dissipation/air flow cooling)

1. Axial flow type: the outlet direction of air flow is the same as the axis direction;

2. Centrifugal type: use centrifugal force to throw the air flow outward along the blade;

3. Mixed flow type: it has the above two air flow modes.

Tips

Brass:

It is an alloy of copper and zinc (about 60% copper, about 40% zinc); The intensity is high, and the heat dissipation effect is related to the area (belongs to passive area heat dissipation).

Thermal conductivity: brass 92.1W/mk, pure copper 376.8W/mk

Aluminium :

It is a good conductor of heat, and its thermal conductivity is 3 times greater than that of iron; Its surface is not susceptible to corrosion (passive conduction/area heat dissipation) due to its dense oxide protective film.

Thermal conductivity: aluminum alloy 121-151W/mk, pure aluminum 217.7W/mk

Heat pipe:

heat pipe (pure copper) is a heat transfer element with high thermal conductivity. It transfers heat through the evaporation and condensation of working fluid in the fully closed vacuum tube shell. It has a series of advantages, such as high thermal conductivity, good isotherm, arbitrary change of heat transfer area on both sides of the cold and hot sides, remote heat transfer, temperature control, and so on.