Recovering antimony trioxide from the flue gas of antimony rotary furnaces hinges on the synergy between precise temperature control and efficient dust removal.

Desulfurization reduces the sulfur load for subsequent reduction smelting, improves the quality of crude antimony, lowers the difficulty of flue gas treatment, and affects the operational stability of the rotary furnace.

The main factors influencing the smelting efficiency of antimony rotary furnaces can be analyzed in terms of equipment structure, operating parameters, material conditions, and system synergy.

Participate in the construction of the refinery from the perspectives of equipment outfitting and system integration.

The following is an introduction to the equipment and processes of an electrolytic copper refinery.

Customizable production line for the electrolytic refining of scrap copper