Lithium battery recycling equipment crushing and sorting line hourly output
Release Time：2022-12-30 Source：Lithium battery recycling equipment Share：
Lithium battery recycling equipment processing one ton crushing recycling sorting line installation and commissioning site, a set of systems can achieve the recycling of waste lithium battery positive sheet materials and negative sheet materials, separation of graphite powder and lithium cobalt mixed powder collected separately, the whole set of operations without other equipment, without adding any chemical treatment process, relying on mechanical physical operation to complete, the separation of components of high purity, high energy The whole set of operation is completed by mechanical physical operation without any chemical treatment process, with high purity of separation of components and high energy utilization, high degree of automation of the whole system and fast production efficiency, which is worth promoting.
Lithium battery recycling processing equipment when processing a ton of crushing and recycling sorting line This set of production line consists of about 33 parts, 1 conveyor, 2 shredder, 3 crusher, 4. conveyor, 5 airflow specific gravity sorter, 6 induced fan, 7 diaphragm paper collector, 8 pulse dust collector, 9 induced fan, 10 magnetic separation conveyor, 11 shredder, 12 analyzer, 13 vibrating screen, 14 grinder, 15 collector, 16 high-pressure induced fan, 17 rotary vibrator 16 high pressure induced draft fan, 17 rotary vibrating screen, 18 collector, 19 pulse dust collector, 20 induced draft fan, 21 pipeline and support, 22 power distribution cabinet, 23 spray tower, 24 activated carbon, 25 photolysis, 26 induced draft fan, 27 cache bin, 28 high pressure induced draft fan, 29 collector, 30 pulse dust collector, 31 induced draft fan, 32 pipeline, 33 control cabinet
Lithium battery is one of the batteries commonly used in electronic products at this stage, mainly divided into lithium metal batteries and lithium ion batteries, lithium metal batteries are generally used manganese dioxide as the positive material, lithium metal or its alloy metal as the negative material, the use of non-aqueous electrolyte solution batteries; lithium ion batteries are generally used lithium alloy metal oxide as the positive material, graphite as the negative material, the use of non-aqueous electrolyte batteries, due to Because of the large amount of lithium batteries and the rapid replacement of lithium batteries, a large number of waste lithium batteries will be generated, and the decomposition and recycling of waste lithium batteries has become a concern.