Alphacool NexXxoS XT45 Full Copper X-Flow 240mm Radiator | Alphacool Compatibility: Cooling systems with G1/4 inch connection thread standard, 120 mm fan / fan grille / filter Connection thread size: 4 x 1/4 inch fan thread: M3 Pressure Tested: 1., 5 bar., Weight: 686 g Fewer angles are required, which increases the flow again and offers more possibilities during installation. The new Alphacool NexXxos radiators, a name that stands for experience and quality has come to bring a fresh breeze to the radiator market Connectors can be mounted upwards, downwards and forwards/backwards (not with the NexXxoS ST30). 360mm Radiator For Desktop Alphacool NexXxoS ST30 Full Copper 360mm Radiator V.2 - 360er Radiatoren Argb Fan Radiator size: 3 x 120 mm. This brings a performance boost to the material, where other radiators fall by the track. Freedom during assembly is one of the central points on which the development department at Alphacool has focused. Housing material: Side panel steel, threaded inputs brass, chambers copper., Colour: black. The Alphacool NexXxoS X-Flow radiators differ significantly from conventional radiators. Alphacool NexXxoS ST30 Full Copper X-Flow 360mm Radiator Every user of a water cooling system needs a radiator and everyone has different demands on the heat exchanger. Alphacool NexXxoS ST30 Full Copper X-Flow 360mm radiator The X-Flow radiators are designed for high flow. Technical details: all materials are made of pure copper or br, optimally matched., Outstanding cooling performance Of course, the customer always wants the best in its class. So these models are the first radiators that really deserve the Full Copper rating All main elements, not only the fins and channels, but also the antechambers are made of copper. Package includes: X-Flow Radiator ST30 3x120mm Mounting Material Alphacool has been on the scene again and again a source of impulse in the development and improvement of radiators for years. This means that the water is rinsed simultaneously through all existing channels up to the other chamber on which it then leaves the radiator.
