Lead acid battery recovery and regeneration system

Lufeng company adopts the most advanced Lead Acid Battery Recovery And Regeneration System process at home and abroad. Our core technology is to adopt an automatic crushing and sorting system with high automation, low energy consumption. Lead paste, lead grid and plastic can be selected separately. Then carry out lead paste pre desulfurization treatment, acid purification, crystallization, etc; Finally, the obtained lead paste is put into converter smelting, lead pot refining, ingot casting, etc. The whole process is simple, mature, efficient, energy-saving, environmental protection and other advantages. The waste water in the whole production process can be converted and recycled to achieve the standard discharge of industrial "three wastes".

Lufeng can complete the crushing and sorting of waste lead-acid batteries to the ingot of refined lead, and realize the Lead Acid Battery Recovery And Regeneration System.

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  • slag dragging machine semiautomatic slag extractor for lead smelting refining furnace Salvaging slag machine The horizontal groove of the slag extractor is welded from steel plates and profiles, and is divided into two layers: upper and lower. The upper tank is equipped with cooling water, the bottom is paved with wear-resistant steel plate for hot slag cooling granulation, and the lower layer is paved with Diabase wear-resistant cast plate. The upper tank of the slag extractor is generally connected to a closed door to seal the bottom and improve the thermal efficiency of the boiler. The ash scraped by the scraper chain will be discharged through the inclined upward section of the chute to reduce the water content of the slag and ensure that it does not exceed 25%. The upper and lower chutes of the inclined upward section are laid with wear-resistant cast plates, with a service life of no less than 30 years.

  • electrolytic copper rod polishing machine stainless steel polishing machine metal & metallurgy machinery. Hexagonal drum polishing machine Working principle and use of a hexagonal drum polishing machine. 1. Adopting the principle of centrifugal motion, the rust removal, polishing, and deburring periods are short. A cylindrical gear reducer with a speed ratio of 40.17 is used, and the working speed of the drum is between 28-35r/min, which can be completed in about half an hour. Improve work efficiency, save time and effort. 2. The abrasives are mainly river sand and steel sand, which are easy to obtain and cost-effective. 3. * Major advantages: no acid cleaning, dry rust removal oil, polishing, automatic screening, one-time screening, no impurities inside the drum except for small metals. 4. Especially suitable for surface finishing of easily deformed workpieces. After being polished by this type of grinder, the parts not only maintain their original shape and position accuracy, but also improve the surface roughness of the parts by 1-2 levels. 5. Grinding batch parts, medium or large-sized parts, with good results. 6. It has the advantages of low noise and easy operation. 7. The barrel is lined with rubber to prevent workpiece collision, suitable for copper, iron, thin-walled parts, stainless steel parts, etc 8. There is no covered inner lining inside the barrel, which is suitable for materials that are not easily deformed such as steel balls and steel products. Due to the cutting force, it promotes greater effectiveness. 9. It is a simple and convenient model in the grinding machine series, suitable for processing. 10. It can be divided into specifications such as 100-1000L according to its capacity, and can be customized according to needs.

  • Desulfurization tank for lead battery scrap recycle system Desulfurization technology The flue gas desulfurization technology, also known as the dual alkali flue gas desulfurization technology, was developed to overcome the disadvantage of easy scaling in the limestone lime method. There are dozens of types, and according to whether water is added during the desulfurization process and the dry and wet forms of desulfurization products, flue gas desulfurization can be divided into three major categories: wet, semi dry, and dry desulfurization processes. Wet desulfurization technology is relatively mature, efficient, and easy to operate. The traditional limestone/lime gypsum flue gas desulfurization process uses calcium based desulfurizers to absorb sulfur dioxide and generate calcium sulfite and calcium sulfate. Due to their low solubility, scaling and blockage phenomena are easily formed in the desulfurization tower and pipeline.

  • slag casting machine for new lead battery recycling plant Salvaging slag machine The horizontal groove of the slag extractor is welded from steel plates and profiles, and is divided into two layers: upper and lower. The upper tank is equipped with cooling water, the bottom is paved with wear-resistant steel plate for hot slag cooling granulation, and the lower layer is paved with Diabase wear-resistant cast plate. The upper tank of the slag extractor is generally connected to a closed door to seal the bottom and improve the thermal efficiency of the boiler. The ash scraped by the scraper chain will be discharged through the inclined upward section of the chute to reduce the water content of the slag and ensure that it does not exceed 25%. The upper and lower chutes of the inclined upward section are laid with wear-resistant cast plates, with a service life of no less than 30 years.

  • Desulfurization tank for lead copper recycle machine system Desulfurization technology The flue gas desulfurization technology, also known as the dual alkali flue gas desulfurization technology, was developed to overcome the disadvantage of easy scaling in the limestone lime method. There are dozens of types, and according to whether water is added during the desulfurization process and the dry and wet forms of desulfurization products, flue gas desulfurization can be divided into three major categories: wet, semi dry, and dry desulfurization processes. Wet desulfurization technology is relatively mature, efficient, and easy to operate. The traditional limestone/lime gypsum flue gas desulfurization process uses calcium based desulfurizers to absorb sulfur dioxide and generate calcium sulfite and calcium sulfate. Due to their low solubility, scaling and blockage phenomena are easily formed in the desulfurization tower and pipeline.

  • customized lead liquid pump for refining furnace metal & metallurgy machinery Lead liquid pump Lead water pump is a pump used in lead processing enterprises to extract high-temperature liquid lead. It belongs to a type of centrifugal pump. The impeller is an open impeller。 The detailed requirements and assembly requirements for all spare parts of the complete lead pump include the pump body bottom plate, pump body, valve, valve guide rod, valve core, lead pump blade, lead pump shaft sleeve, lead pump wear sleeve, etc. The lead pump wear sleeve adopts a spiral wear resistant design, and the lead pump design has a reflux function. Excess lead liquid can be returned to the lead pot. The lead pump valve is designed with a heating pipe to prevent cooling blockage during the lead liquid transportation process.