size: 0.24"x0.24"x0.12" ultra-thin design, heatsink copper specifically engineered for tight spaces with a minimal 1.5mm height to ensure compatibility inside laptops and compact devices.
Material: small heatsink made from high-purity copper for high thermal conductivity.
Application: Copper heatsinks universally compatible with M.2 SSDs in laptops and PS5. M.28 Heatsink ideal for popular models like Samsung . Also effective for providing auxiliary cooling to other chips like GPU VRAM, VGA RAM and so on.
Cooling effect: Under normal circumstances, it has a cooling effect of 10-20 ° C, but actual data is affected by the environment. To avoid overheating and throttling, the M.28 SSD should be cooled to a safe temperature.
Each radiator is pre coated with high-quality Thermal Conductive Adhesive Tape, which can be firmly attached by simply removing the release paper, saving the trouble of applying silicone grease or adhesive by oneself. Installation is fast and neat.
Description
Size:0.24"×0.24"×0.12"inch.
Material: High-Purity Copper.
This ultra-thin heatsink is engineered to manage heat in compact, high-performance electronics:
For Computers: Aids in reducing heat buildup for M.2 NVMe/SATA SSDs during extended workloads such as gaming or content creation.
For Gaming Consoles: Helps improve thermal dissipation for the internal SSD in modern consoles following a storage capacity upgrade.
For Additional Components: Can be applied as a supplementary cooler for various chips, including GPU VRAM and other integrated circuits on motherboards or expansion cards.
During intensive operations, high temperatures can cause components like SSDs to reduce speed, a mechanism known as thermal throttling. This cooling kit is designed to address this:
Heat Reduction: The copper base efficiently absorbs heat, and the graphene coating aids in spreading it. This process can help lower operating temperatures to support consistent performance.
Thermal Management: Maintaining a cooler operating environment is beneficial for the sustained operation of electronic components.
Note: All references to device types are for descriptive purposes of potential application scenarios only.