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The intelligent linear ingot casting unit is dedicated to converting raw materials such as lead–antimony alloy melt, molten lead, and molten zinc into standardized ingots.
The side-blown furnace is suitable for the fields of solid waste, lead, secondary lead, and recycled resource recovery.
The roaster is a critical piece of equipment in modern lead smelting processes, specifically designed to efficiently recover valuable metals such as zinc, lead, and silver from smelting slag.
The converter is a core piece of equipment for metal extraction and refining. Depending on the specific smelting application and process stage, it can be broadly classified into several types, including lead‑refining converters, silver‑separating converters, oxidation/reduction converters, and PS converters.
Applications: Primarily used for stirring operations in the smelting of lead, lead alloys, and antimony.
This equipment is used to agglomerate fine, loose materials such as copper concentrates, quartz sand, coal, and flue dust that have a certain moisture content into pellets.
This equipment is designed for use in conjunction with metallurgical furnaces and kilns. Molten metal is poured into molds, where it cools to form ingots, which are then transferred to the ingot‑striking station for removal.
The cylindrical mixer boasts a wide mixing range and high production capacity, making it the primary equipment for material blending in nonferrous metallurgy.
Fully automatic zinc stripping complete set of equipment
It is suitable for small‑plate operations in wet‑process zinc electrolysis workshops, enabling full‑process automation of zinc cathode plate handling—including automatic conveying, stripping, removal of repair plates, brushing, and collection and stacking of zinc dross—thereby replacing manual zinc‑stripping.
Application: Primarily used for stirring operations in the smelting of lead, lead alloys, and antimony.
A plate-type flue gas heat exchanger is a device that uses ambient air as the heat-transfer medium to cool high-temperature flue gases while capturing a certain amount of particulate matter. The heat-exchange elements are fabricated from 316L stainless steel.