Cooling MSI MAG CORELIQUID E240 The increased surface of the copper base plate helps to achieve the effect of excellent heat discharge with the latest generation of processors. Improvement of micro-channel construction for efficient heat removal The ability to rotate the water block head by 270 degrees. Change the colors and the way the ARGB fan is highlighted from the MSI Center application. Increased fan performance allows faster heat discharge. A durable three-phase pump engine is characterized by generating minimal vibrations, thereby ensuring the system's long-lasting operation. Separation inside the heat transfer route heater allows for rapid dispersal Style The MAG CORELIQUID E series styling was inspired by the passing of time and the shape of the solar eclipse. It is an innovative product that combines advanced cooling technology with an impressive appearance. The circular shape of the water cooling block in the MAG CORELIQUID E system manifests the cyclical nature of time and continuous energy flow. Rotary head block Mount the cooling plate in any position, turn the head 270 degrees and set it straight. Full CPU coverage By increasing the surface of the contact of the cooled element with the copper base of the water block, in the liquid cooling systems of the MAG CORELIQUID E series, the distribution of heat emitted by the processor was maximized. The increased density of micro-channels thus improves the efficiency of the water cooling system, multiplying the contact surface. Pump design cooling system The design used in the cooling system of the pump ensures that cooled water at a fixed temperature can be supplied without obstacles to the place where the heat sources are located. This allows to effectively reduce the temperature of the cooled computer component. Elimination of the resonant pump engine The three-phase engine in the pump core generates minimal vibrations, which ensures long-term operation of the device. Steam-free tubes The multi-layer structure effectively prevents fluid evaporation, and the braided plastic tube is characterized by greater external insulation durability.