Stylish SSD Heatsink Heat Dissipation Radiator Aluminum Thermal Cooling Block

Product Features:

– Prevent SSD from overheating and premature failure.
– CNC machined from high-quality aluminum alloy for durability and efficient heat dissipation.
– Lightweight and compact design for easy installation in various SSD form factors.
– Compatible with M.2 NVMe and SATA SSDs (2280 form factor).
– Sleek and stylish design complements any system build.

Benefits:

– Extends the lifespan of SSDs by maintaining optimal operating temperatures.
– Improves SSD performance by reducing thermal throttling.
– Protects data from corruption caused by overheating.
– Easy to install with included thermal pads and mounting screws.
– Enhances the aesthetics of any system build.

Key Usage Points:

– Easy installation with pre-applied thermal pads and screws.
– Universal compatibility with M.2 NVMe and SATA SSDs (2280 form factor).
– Durable aluminum alloy construction for long-lasting performance.
– Multiple color options (black, silver, red, blue) to match your system aesthetics.

Product Specifications:

– Material: Aluminum alloy
– Dimensions: 70mm x 24mm x 10mm
– Weight: 25g
– Compatibility: M.2 NVMe and SATA SSDs (2280 form factor)

Additional Features:

– High-surface area fins for maximum heat dissipation.
– Compatible with both single-sided and double-sided SSDs.
– Includes thermal pads in various thicknesses for optimal contact with SSD components.

Comparison with Competitors:

– Unlike other heatsinks that use plastic or low-quality materials, our Stylish SSD Heatsink is made from durable aluminum alloy for superior heat dissipation and longevity.
– Our heatsink features a sleek and stylish design that complements any system build, unlike bulky or unsightly alternatives.
– The included thermal pads ensure optimal contact between the heatsink and SSD components, maximizing heat transfer.

External Links for Further Information:

Crucial: SSD Overheating

Tom’s Hardware: The Best SSD Heatsinks

Gamers Nexus: SSD Heatsinks Testing: Thermal Pads vs. Heatsinks vs. Naked