Industrial Mold Water Heater

A: Water has a higher specific heat capacity and better thermal conductivity than oil. It provides faster heating and cooling responses, higher operating cleanliness, and lower overall operational costs within temperatures up to 180 deg C.

A: Pump flow rate indicates how much water the pump can move in an open system, while pump head pressure measures its ability to push water through restrictions. Narrow mold channels and complex manifold setups create high resistance; without sufficient pump head, actual water circulation will drop significantly.

A: Yes. Most modern industrial units feature dual-function control. They use electric immersion heaters to raise the mold temperature and an integrated cooling valve/heat exchanger system to lower the temperature or maintain stability when shear heat builds up during production.

A: Hard water creates scale deposits inside the heating chamber and mold cooling channels. Over time, scale acts as an thermal insulator, reducing heat transfer efficiency, restricting water flow, overheating heating elements, and causing pump seal failures. Using softened or deionized water is strongly recommended.

A: Standard safety protection includes over-temperature cutoffs, low-water level alarms, automatic water replenishment, pump overload protection, pressure relief valves, phase reversal protection, and sensor failure alarms.