conductivity heat spreader: uses a sheet with 6.0 W/m.K thermal conductivity and an oxidation resistant plate. The multi‑process manufacturing results in a durable construction that lasts longer than ordinary sheets. Purpose and benefit: designed to optimize the stability and reliability of M.2 SSDs by actively controlling temperature and reducing the risk of overheating. Efficient heat dissipation: the heat sink increases surface area and uses thermal conductive materials to transfer heat from the SSD to the surrounding environment, helping the drive maintain performance. Advanced thermal interface: features a ‑performance thermal conductive silicone chip that is fingerprint resistant. The refined design enhances heat transfer for M.2 SSDs, supporting reliable operation. Surface comfort and usability: reduces heat on the laptop surface, helping prevent hot keyboards and wrist rests for a more comfortable user experience. Compatibility and materials: intended for standard M.2 SSD modules. Constructed with an oxidation‑resistant plate and a durable, ‑conductivity sheet to support long‑term use. Performance improvements: better heat management helps prevent throttling and contributes to overall SSD reliability during extended workloads. Use scenarios: In gaming laptops or workstations with sustained heavy IO, to keep SSD temperatures in check and sustain performance. In thin, portable notebooks where space for active cooling is limited, helping maintain stable operation. In compact desktops or external M.2 enclosures where efficient heat spreading is important to prevent temperature buildup.