Ψύκτρα/ψυγείο GRAUGEAR G-PS5HS02

The GRAUGEAR G-PS5HS02 heatsink/radiator is a compact thermal solution designed for solid-state drives. Its black and silver finish provides a low-profile appearance while the finned aluminum structure improves heat dispersion from NVMe and SATA SSD modules. The unit is lightweight and intended to reduce operating temperatures, helping maintain sustained throughput and prolong drive lifespan without altering drive form factor or interfering with standard M.2 mounting positions.

Advantages

The heatsink offers enhanced passive cooling through a high surface-area aluminum assembly that accelerates heat transfer away from the SSD. Its slim profile and minimal weight allow easy retrofit on most drives and systems where space is limited. Durable material choice ensures stable thermal performance under continuous load and the two-tone finish integrates with a variety of system styles.

Suitable for

• Cooling M.2 NVMe SSDs in desktop PCs and compact builds
• Improving thermal performance during sustained gaming or heavy file transfer
• Upgrading storage cooling in workstations used for content creation or data processing
• Systems with limited airflow where additional passive dissipation is needed

Key specifications

• Material: anodized aluminum alloy optimized for thermal conduction
• Finish: black and silver two-tone surface treatment
• Design: low-profile finned radiator for passive heat dissipation
• Weight: lightweight construction suitable for M.2 form factors
• Compatibility: designed to fit standard single-sided and some double-sided M.2 SSDs without altering mounting positions

How to use

Prepare the SSD and mounting area by powering down the system and discharging static. Remove the drive from the motherboard if necessary to access the surface evenly. Clean the SSD contact area and apply the included thermal pad or thermal interface material to the drive surface according to the manufacturer’s alignment marks. Position the heatsink over the SSD so that it aligns with existing mounting holes and press gently to ensure full contact with the thermal pad. Reinstall the drive and secure it with the original mounting screw, then power on the system and verify normal operation.

Recommendations

For optimal results, combine the heatsink with appropriate case airflow and avoid installing directly adjacent to high-temperature components. Verify clearance in slim or compact cases before installation. Periodically inspect the thermal pad contact and clean dust from nearby vents to maintain effective passive cooling.