Heatsink/Radiator GRAUGEAR G-PS5HS01-COV Copper Silver 177mm Width

The GRAUGEAR G-PS5HS01-COV Copper Silver 177mm Width heatsink is engineered for thermal management of solid-state drives and other compact storage modules. Constructed from copper and finished with silver-coloured accents, this low-profile heatsink provides improved heat dissipation across a broad surface area while maintaining a slim 20 mm height for compatibility with space-constrained builds. With a 177 mm width and 76 mm depth, it is sized to integrate into most desktop and small-form-factor systems where enhanced passive cooling is required.

Advantages

The combination of copper as the primary thermal medium and a silver-coloured finish yields high thermal conductivity and efficient heat spread from SSD components to the heatsink body. Its lightweight construction (approximately 0.082 kg) and compact footprint allow installation without significant strain on mounting mechanisms or adjacent components. The flat contact surface and extended width improve passive cooling performance under sustained workloads, contributing to stable operating temperatures and potentially increased component longevity.

Suitable for

• Cooling M.2 or 2.5" solid-state drives in desktop and compact PC systems
• System builds where low-profile passive cooling is required
• Workstations and gaming rigs subject to prolonged high I/O activity
• Upgrades to improve thermal headroom for storage devices

Key specifications

• Material: copper-based thermal core with silver-coloured finish
• Overall dimensions: 177 mm (width) × 76 mm (depth) × 20 mm (height)
• Weight: approx. 0.082 kg
• Design: low-profile passive heatsink for SSD cooling
• Colour: copper and silver tones

How to use

Before installation, power down the system and ground yourself to avoid electrostatic discharge. Clean the SSD surface to remove dust and oils, then apply a thin, even layer of thermal interface material if required by the mounting method. Align the heatsink over the drive area so the flat contact section matches the component to be cooled, and secure it using the included or compatible mounting tape/clips/brackets depending on your drive form factor. Reassemble the system and verify that the heatsink sits flush without obstructing connectors or adjacent components.

Usage recommendations

For optimal results, place the heatsink in a case with adequate airflow; although designed for passive cooling, consistent intake and exhaust flow will improve heat transfer. Periodically check the contact surface and replace thermal interface material if thermal performance degrades over time. Ensure compatibility with your specific SSD form factor and available clearance before final installation.