A refractory ceramic baffle pot uses a widening slot profile to guide molten metal laterally with reduced flow velocity.
Wings with substantial axial extension generate whirls and shearing forces to destroy metal oxide layers and ensure uniform viscosity in the slurry.
Corrugated insulation bricks form air pockets that resist heat transfer, preventing vessel shell deformation and reducing maintenance costs.
Electromagnetic propulsion in a transportable vessel pumps molten metal vertically without tilting, eliminating turbulence and dross formation.
Integrated servo cylinders move lifting crossbeams below transverse struts, resolving restricted access to treatment devices.
Flanged intermediate piece connects to drive housing rim via shim part, eliminating costly threaded joints and reducing manufacturing complexity.
A dispensing assembly uses integrated gas channels to control the environment around the seal structure during molten material flow.
A diffusor box in a ladle bottom slows metal melt flow to reduce kinetic energy, preventing filler sand flushing during gas treatment.
Capillary segregation of primary and secondary fluids in a channel enables free-flying drop ejection, solving non-contact dosing challenges for viscous media.