Water Inlet/Outlet Manifolds

Water inlet/outlet manifolds are critical hydraulic components in water-cooled copper mold systems. They serve as the interface between the external cooling water supply/return lines and the internal cooling channels within the copper mold. The inlet manifold distributes pressurized cooling water evenly to multiple cooling channels, while the outlet manifold collects the heated water from those channels for return to the cooling system. These manifolds ensure uniform cooling across the mold surface, prevent hot spots, and maintain consistent casting quality by regulating flow distribution.

The inlet manifold receives pressurized cooling water from the main supply line and divides it into multiple branches that feed individual cooling channels in the copper mold. After absorbing heat from the mold, the water flows into the outlet manifold, which consolidates the multiple return streams into a single discharge line. The manifolds typically incorporate flow control features (orifices, valves, or adjustable ports) to balance flow rates across parallel channels, ensuring even thermal management throughout the casting process.