PS5 Slim M.2 NVMe SSD Heatsink – Aluminum 2280 Radiator with Thermal Pad
Product Description
Keep Your SSD Cool & Prevent Thermal Throttling
Unlock peak performance from your high-speed solid-state drive. Specifically designed to fit the tighter expansion bay dimensions of the PS5 Slim, this premium M.2 NVMe 2280 Aluminum Heatsink delivers rapid heat dissipation, ensuring your storage runs cool and fast during demanding gaming sessions.
Key Features
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Engineered for PS5 Slim: Ultra-low profile, slim-fit design crafted specifically to seamlessly slide into the PS5 Slim's M.2 expansion slot (also compatible with desktop PCs).
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High-Grade Aluminum Alloy: Built from premium anodized aluminum with a grooved radiator design that maximizes surface area for superior heat transfer.
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High-Conductivity Thermal Pad: Includes a high-performance silicone thermal pad that bridges the gap between the SSD and heatsink, ensuring instant heat conduction.
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Prevents Speed Throttling: Keeps your NVMe SSD running within safe temperatures, avoiding system crashes, lag, or automatic speed throttling.
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Simple DIY Installation: Quick and effortless to assemble. Simply apply the thermal pad, snap the heatsink onto your 2280 SSD, and slide it into place.
What's Included
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1 x Aluminum M.2 2280 SSD Heatsink
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1 x High-Performance Thermal Silicone Pad
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1 x Mounting Screw & Screwdriver Set
Note: Specifically designed to fit standard M.2 2280 single/double-sided NVMe SSDs. (M.2 Solid State Drive is not included).
For PS5 Slim M.2 SSD Heat Sink NVMe 2280 Solid State Hard Drive Aluminum Heatsink Radiator with Thermal Cooling Pad for Desktop
Feature:
1.for PS5 SLIM SSD Exclusive: This new SSD heatsink is specifically designed for the M.2 2280 size single-sided/double-sided chip solid-state drive expansion slot for ps 5 SLIM 2023 new game console. Its exterior design is perfectly suitable for PS5 SLIM SSD's expansion slot. Please note that this cooler does not support other device models!
2.Premium Material: Made of aluminum alloy, M.2 heatsink SSD cooler's crafted from aviation-grade aluminum profile. After several CNC milling and grinding processes, the surface is sandblasted and treated with CNC anodizing process to present a more delicate metal texture. It boasts superior heat dissipation performance compared to other ordinary aluminum alloys.
3.High-Efficiency Cooling: Tailor-made for PS5 SLIM SSD expansion slot, the protective back cover and heat sink are integrated. It perfectly fits the expansion slot SSD, and the ducted heat sink fin forms a ducted cooling effect for PS5 SLIM fan. This can lower the temperature of the SSD drive, bringing you a better gaming enjoyment.
4.High Thermal Conductivity Silicone Sheet: Accompanied by several thermal conductivity silicone sheets, heat sink radiator's suitable for 2280 size M.2 solid-state drives and supports both single and double-sided particle solid-state drives (varying thicknesses, choose the corresponding heat sink). With a 10.5mm thermal layer, it includes a high-quality thermal silicone pad to quickly conduct heat and avoid overheating slow downs.
5. Satisfaction Guarantee: We strive to provide the highest standard of customer service to every customer to ensure you have a pleasant shopping experience. If you have any questions, queries or need help, please feel free to contact us.
Specification:
Model Number: For PS5 Slim
Accessories Type: Heatsinks
Product model: Ice Armor for PS5
Product color: silver
Product material: aluminum alloy material
Product process: anode sandblasting
Product usage: Suitable for PS5 Slim 2023 Disc Edition & Digital Edition) game console with M.2 2280 size SSD single and double-sided NVMe solid state drive expansion slot
Note:
This product does not contain a hard drive, it is just for product effectiveness
This for PS5 SLIM 2023 cooler does not support PC computers or laptops or other devices!
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.






