Integral water-cooling radiator

Abstract

An integral water-cooling radiator includes a water cooling block having a fixed base with first and second through flow chambers. A rotatable impeller is arranged in the first chamber, and a drive chamber communicates with the first chamber. The first chamber defines an impeller region and first and second temporary storage regions with respective communications to inlets and outlets. A sealing cover body provides a copper bottom contact surface and rear heat-dissipating serration. A heat-dissipating copper member in the first chamber includes first and second support plates with bottom/top inlet holes and a flow region. A third support plate on the second plate abuts the serration and leaves bilateral gaps to form longitudinal wash flow along the serration. The first, second, and third plates are coaxially formed with a liquid-supply trough communicating with the first storage region to feed and stabilize flow, improving heat transfer while reducing cavitation and erosion.