Aero Cool Mirage L240 240mm

ARGB Liquid CPU Cooler

Enhance your cooling performance and aesthetics with the Aero Cool Mirage L240 liquid CPU cooler, designed for both style and efficiency. Featuring an innovative Infinity Mirror RGB design, this cooler adds a stunning visual element to your build while delivering exceptional thermal management.

Superior Cooling Performance

The 240mm radiator and dual 120mm hydraulic bearing fans provide powerful cooling capabilities, allowing for a maximum fan speed of up to 1800 RPM. This ensures optimal heat dissipation, keeping your CPU cool during intense gaming sessions and demanding workloads.

Impressive Airflow

With an impressive airflow rating of 72.2 CFM, the Mirage L240 effectively circulates air throughout your case, preventing overheating and maintaining stable performance. The fans are designed to balance airflow and noise levels, providing efficient cooling without disruptive sound.

Stunning RGB Lighting

The Infinity Mirror RGB design creates a mesmerizing lighting effect, with customizable ARGB lighting that can be synchronized with other RGB components in your system. Easily control the lighting effects using compatible RGB software, allowing you to personalize your setup and create a unique atmosphere.

Durability and Reliability

Built to last, the Mirage L240 features a 60,000-hour MTBF (Mean Time Between Failures), ensuring long-lasting performance and reliability. The quality hydraulic bearings reduce friction, enhancing the lifespan of the fans while ensuring quiet operation.

Easy Installation

Designed for compatibility with various Intel and AMD sockets, the Aero Cool Mirage L240 is easy to install, making it suitable for both seasoned builders and newcomers. The included mounting hardware simplifies the setup process, allowing you to get your system up and running quickly.

Upgrade your cooling solution with the Aero Cool Mirage L240 240mm ARGB Liquid CPU Cooler, combining stylish aesthetics, powerful performance, and reliable cooling to meet the demands of modern computing.