MSI Cool MAG CORELIQUID I240 PC Liquid Cooler Black

Design Concept
MSI's new MAG CORELIQUID I SERIES liquid cooler draws inspiration from the strong, angular cuts of diamonds. Its design features multiple angles, complemented by a dual-sided transparent infinite mirror. This allows DIY enthusiasts to showcase the cooler's craftsmanship in various angles, enhancing the visual appeal of the infinite mirror with a multi-dimensional experience.

Dual-Sided Infinite Mirror
Featuring a personalized dual-sided infinite mirror design, it allows gamers to showcase their DIY PC case in a unique style, expressing their individuality. With ARGB GEN2 lighting and MSI's exclusive control software, gamers can create a standout look, achieving the ultimate personalized gaming setup.

Intuitive Accessories
The clear part layout effectively separates Intel and AMD components, making installation a breeze for gamers. Plus, the packaging includes a QR code that provides instant access to straightforward installation guides, ensuring you get your rig up and running without hassle. The installation accessory pack allows for easy storage of remaining parts, preventing issues like missing or dropped screws after installation, as has happened in the past.

High Efficiency Pump
The water pump design of the MAG CORELIQUID I series is located in the cold head and features a precision-engineered motor for more efficient water cooling operation

LDB Bearing
LDB technology in the MAG CORELIQUID I series fans extends their lifespan by reducing friction and wear. It also lowers noise levels, improves efficiency for better airflow and heat dissipation, and ensures stable performance under various conditions.

EVAPORATION PROOF TUBING
The MAG CORELIQUID I series utilizes nylon-braided EPDM water cooling tubes, offering high and low-temperature resistance, corrosion resistance, excellent flexibility, and anti-aging properties. This design not only reduces the evaporation of the coolant but also makes it easy for players to install without worrying about bending or positioning the tubes.