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Lead Electrolytic system
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Lead Electrolytic system

Lufeng is the design and equipment supplier of lead electrolysis system. It has provided design and related equipment for many lead smelters at home and abroad.

The purpose of lead electrolysis system is to obtain high purity industrial lead and recover the associated bismuth and rare precious metals. Most of the raw materials for lead electrolysis are mineral crude lead, and the rest are recycled lead and crude lead, a by-product of tin smelting. Before electrolytic refining of crude lead, copper or tin in crude lead should be removed by Pyrorefining in advance, and the content of antimony should be adjusted, and then cast into anode plate for electrolysis. At present, we mostly use silicofluoroate electrolysis.

The main equipment of the lead electrolysis system mainly includes: Starter plate unit, anode disc casting machine, electrolytic cell, conductive copper bar, rectifier, anode mud treatment system, electrolyte preparation system, etc.

Lufeng has a mature design team, which can design the electrolysis workshop according to the specific project requirements of customers. Build a modern smelter with energy conservation, good economic efficiency and environmental friendliness for customers.

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  • lead battery scrap recycle electrolysis system machine line disc round crude lead anode plate casting machine Lead anode plate automatic line Firstly, the electric control circuit is used to start the disc conveyor motor. The disc supports the spindle mold and rotates. During the rotation process, signals are sent to the PLC through different proximity switches at different stages. The PLC sends instructions to pour out the lead water spindle mold and shape it. The disc rotates to the plate taking frame, and the proximity switch sends a signal to the PLC. The PLC sends instructions to the plate catching hook to automatically pick up the ingot and then transmit it to the conveyor belt. This plate catching hook has three hooks, and during one cycle of the disc rotation, The lead ingots are automatically picked up and transported to the conveyor belt in time and sections, forming an automatic flow process. The completion of this process mainly relies on the proximity switch providing different signals and the PLC setting different commands. 1. Main use: This equipment is matched with a lead melting furnace, and the molten lead is pumped into a lead ingot quantitative pouring container through a lead pump. The lead water is then quantitatively poured into the mold, cooled by the mold, and turned into a standard lead resistance plate. Then, it is transported to the plate conveyor through an automatic plate pulling and flat plate device. 2. Product composition: lead quantitative pouring device, disc rack, ingot mold, automatic plate pulling mechanism, flat plate mechanism, conveying and arranging plate transportation mechanism, and electrical control system.

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  • xingtan lufeng machinery company lead acid battery recycling machine anode plate casting machine Lead anode plate automatic line Firstly, the electric control circuit is used to start the disc conveyor motor. The disc supports the spindle mold and rotates. During the rotation process, signals are sent to the PLC through different proximity switches at different stages. The PLC sends instructions to pour out the lead water spindle mold and shape it. The disc rotates to the plate taking frame, and the proximity switch sends a signal to the PLC. The PLC sends instructions to the plate catching hook to automatically pick up the ingot and then transmit it to the conveyor belt. This plate catching hook has three hooks, and during one cycle of the disc rotation, The lead ingots are automatically picked up and transported to the conveyor belt in time and sections, forming an automatic flow process. The completion of this process mainly relies on the proximity switch providing different signals and the PLC setting different commands. 1. Main use: This equipment is matched with a lead melting furnace, and the molten lead is pumped into a lead ingot quantitative pouring container through a lead pump. The lead water is then quantitatively poured into the mold, cooled by the mold, and turned into a standard lead resistance plate. Then, it is transported to the plate conveyor through an automatic plate pulling and flat plate device. 2. Product composition: lead quantitative pouring device, disc rack, ingot mold, automatic plate pulling mechanism, flat plate mechanism, conveying and arranging plate transportation mechanism, and electrical control system.

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  • The lead pump preheats the circulating lead in the lead storage tank, gradually increasing the molten lead level in the tank, allowing the production drum to be immersed in an appropriate amount of lead liquid. As the drum rotates, a layer of lead liquid is adhered to the surface of the cylinder, which solidifies into a thin layer of lead skin. During the drum rotation process.

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  • Firstly, the electric control circuit is used to start the disc conveyor motor. The disc supports the spindle mold and rotates. During the rotation process, signals are sent to the PLC through different proximity switches at different stages. The PLC sends instructions to pour out the lead water spindle mold and shape it. The disc rotates to the plate taking frame, and the proximity switch sends a signal to the PLC.

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  • Residual electrode washing is a very important process in copper electrolysis process. Residual electrode washing is the process of cleaning the anode mud on the residue, cleaning the precious metal mixture on the residue before production, reducing the residual amount of anode mud on the residue, and bringing objective economic benefits to the enterprise. The residual electrode washing automation unit can quickly clean residual electrodes, efficiently and quickly, greatly improving the efficiency of copper electrolysis.

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  • The lead pump preheats the circulating lead in the lead storage tank, gradually increasing the molten lead level in the tank, allowing the production drum to be immersed in an appropriate amount of lead liquid. As the drum rotates, a layer of lead liquid is adhered to the surface of the cylinder, which solidifies into a thin layer of lead skin.

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