Rare earth metal electrolytic furnace with high heat dissipation efficiency

Abstract

The utility model relates to a rare earth metal electrolytic furnace of high -efficient heat dissipation, including furnace body and panel part. Panel part is connected with water inlet pipe, water outlet pipe and first water baffle. First water baffle is connected between water inlet pipe and water outlet pipe, and the other end of first water baffle is connected to the furnace mouth in the center of panel part. The utility model's first water baffle separates water inlet pipe and water outlet pipe, and constructs annular flow channel with furnace mouth, makes cooling water enter after along annular path even flow through panel part from water inlet pipe, and then discharges from water outlet pipe, thoroughly solves the problem that traditional panel heat dissipation area is small, and uneven heat dissipation. Annular flow channel covers panel part whole domain, guarantees panel overall temperature stability, avoids the electrolytic reaction fluctuation caused by partial overheating or supercooling, and simultaneously stable temperature environment can reduce the additional energy consumption caused by temperature imbalance, provides technical guarantee for the drop of furnace front power consumption, maintains electrolytic system steady state operation.

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