LIAN LI GALAHAD 360 WHITE

LIAN LI GALAHAD 360 WHITE

REMOVABLE MAGNETIC ALUMINIUM CAP

Switching between two different looks to match the interior configuration.

CUSTOMIZABLE ADDRESSABLE RGB LIGHTING

The 47 addressable RGB LEDs embedded in the GALAHAD 360 (35 LEDs in the GALAHAD 240) ensures brighter and complex lighting effects.

• The GALAHAD AIO is compatible with most mainstream motherboard softwares, allowing users to create a synchronized system with ease.
• Through the included controller, switching between 17 lighting effects is a breeze.

MACHINE DETAILED ALUMINIUM HOUSING

The CPU block pump features an aluminium housing to adorn your build with an exquisite metallic touch.

ROTATABLE BLOCK HOUSING

The CPU block can be rotated to ensure a properly aligned logo no matter what the orientation of the block is.

ALUMINIUM SHIELDS ON BOTH SIDES

Both sides of the radiator feature an exquisite brushed aluminium shield, which not only serve as protection for the radiator, ensuring a higher level of durability, but also add an understated metal elegance to your builds.

TRIPLE-CHAMBER STRUCTURE

The all-new GALAHAD series features a state-of-the-art triple-chamber pump design which combines the pump chamber, the connecting chamber, and the cold plate chamber into one unit to significantly reduce the friction produced by the coolant’s rapid flow. This design also serves as a protection mechaism to prevent your system from leaks should the CPU block pump be damaged.

MULTI-CHAMBER TECHNOLOGY (M.C.T)

The M.C.T. design separates the hot and cool liquid flow by conveying them into different, sealed water passages, significantly enhancing the heat exchange efficiency and extending the lifespan of the CPU block pump by preventing the hot liquid from flowing back.

HIGH-DENSITY ALUMINIUM RADIATOR

The radiator encompasses 14 rows of aluminium tubes, allowing a maximum amount of liquid to pass through and transfer the heat out of the system efficiently. And thanks to the high-density fin folds between the aluminium tubes, the surface area providing heat dissipation is significantly increased.