ORICO M.2 NVMe SSD J-20 With Heatsink Kit

Note: This is SSD with Heatsink Kit. Included one SSD and one Heatsink.

SSD Specifications

Product Name: M.2 NVMe Gen4x4 Solid State Drive
Interface Type: M.2 M key
Read Speed: 5000MB/S
Flash Type: 3D NAND Flash
Size: 2280
Storage Ambient Temperature: -40°C-85°C
Working Environment Temperature: -0°C-70°C

SSD Description

1. Ultra-fast: 5000MB/s reading and 4500MB/s writing, transfer data and play games swiftly and dependably.
2. Rapid Heat Dissipation: Heatsink fin and thermal silicone pad included, no worry about overheat damage.
3. Multiple Large Capacity for Selection: More available space meets different needs.
4. Safe and Stable: Rigorous tests esure data security and pleasant using experience.

Heatsink Description

>>The Heatsink is applicable to the M.2 solid-state hard disk of NVME/NGFF protocol and is compatible with 22 × 80 size single/double sided M.2 SSD solid state hard disk;
>>Heat dissipation aluminum +pure copper heat pipe makes the heat dissipation effect better.
>>Double aluminum design provides large area passive heat dissipation performance.
>>Pure copper heat pipe provides better heat dissipation performance

M2HS4

Two Heat pipe, providing better drainage and heat dissipation performance.

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.