MSI Mag Coreliquid A13 360 360MM Argb All-in-one Liquid Cpu Cooler Black

Features

Description

MSI MAG CoreLiquid A13 360 360mm ARGB All-In-One Liquid CPU Cooler Black The MSI ARSENAL GAMING (MAG) series is engineered to give gamers the edge they need to dominate on the virtual battlefield. Inspired by the rugged durability and unwavering reliability of military-grade equipment, the MAG series is built to provide an unwavering defense in every gaming scenario.

However, MAG isn't just about performance; it's a design language that conveys ruggedness and toughness, embodying the very essence of the MAG style. For gamers who are determined to dominate their digital battlegrounds, the MAG series is here to stand with you, establishing the ultimate defense. Features: Minimalist Design: Embracing the philosophy of simplicity, with clean lines that embody the essence of "less is more.

Ring Blade Design: Focuses airflow and reduces noise The fan design uses Rifle bearings, which effectively reduce fan noise and increase operational lifespan ARGB GEN2: Customize the perfect lighting effects for you through MSI CENTER EPDM Tubing: Durable and effective in preventing coolant evaporation Pre-installed Fans: Saves gamers installation time and enhances the assembly experience Easy installation: Pre-installed Intel Bracket (1700/1851) Design Concept MSI's newly launched MAG CORELIQUID A13 Series cooler draws its design inspiration from the harmonious balance between square and round elements.

The design seamlessly combines soft rounded edges with sharp, clean lines, reflecting the perfect blend of performance and silence. The ARGB indirect lighting effect is subtly integrated into the curved design, highlighting intricate line details. Beneath its unpretentious appearance lies a rich variety of lighting effects, making the minimalist design a perfect match for the modern pursuit of minimalistic living aesthetics.

Simply Radiant The minimalist design integrates various surface finishing techniques to subtly showcase product details. Indirect lighting creates a vibrant spectrum of colors, offering a stunning yet understated illumination that perfectly highlights the product's refined texture. High Efficiency Pump The CORELIQUID A13 series is equipped with a high-performance pump that operates at speeds up to 3800 RPM.

Combined with high-quality ceramic bearings, it achieves a perfect balance between performance and quiet operation. High Efficiency Pump The CORELIQUID A13 series is equipped with a high-performance pump that operates at speeds up to 3800 RPM. Combined with high-quality ceramic bearings, it achieves a perfect balance between performance and quiet operation.

Full Copper Base The new generation full copper base eliminates the traditional screw perforation design, significantly enhancing water-tightness and ensuring more reliable system operation. Equipped with a precise 0.1mm micro-channel design, it efficiently absorbs CPU heat and works in tandem with the high-performance pump to quickly dissipate heat, delivering exceptional cooling performance.

EZ Connect Before, the water-cooling brand from 360 required organizing at least six cables. Now, not only are the fans pre-installed, but the time needed to organize the cables has also been simplified to just one cable. This increases user-friendliness, reduces installation burden, and enhances assembly enjoyment.

Cycloblade 7 MSI's CycloBlade 7 fan combines a hybrid blade design, delivering powerful airflow and high static pressure. This ensures extreme cooling performance during intense gaming while maintaining low noise levels for an immersive experience. Additionally, the ARGB GEN2 lighting effects make your rig stand out on the battlefield, making it the ultimate choice for esports players.

HIGH THERMAL DISSIPATION This high-performance liquid cooler features 12 widened water channels, increasing water flow by 25%, even with a maintained thickness of 27mm, delivering more efficient cooling performance. The radiator's FPI (fins per inch) reaches an impressive 20, further expanding the cooling surface area.

This design not only significantly enhances cooling efficiency