This utility model discloses an intelligent, efficient, and controllable ferrophosphorus
casting device, comprising a housing with multiple independently configured
processing cavities on its inner side, including a main cavity and secondary cavities; a
discharge pipe, a unloading
pipe; and a sealing
assembly including a support frame, a pressing cover, an adjusting rod, a support block, and a pneumatically controlled pressurizing port. The housing is configured with multiple independent
processing cavities, each with a corresponding
discharge pipe and unloading pipe, ensuring that each cavity can operate independently. This novel controllable ferrophosphorus
casting device can also adjust the amount of
compressed air supplied through the pneumatically controlled pressurizing port on the pressing cover to control the ferrophosphorus liquid level within the housing, thereby achieving automatic ferrophosphorus
casting for
aluminum electrolysis anode steel claws. This enhances the intelligence of workshop equipment while reducing labor costs and manual operation, significantly improving the efficiency of ferrophosphorus casting, saving energy and reducing consumption while improving the safety of process operations.