How can lithium battery recycling equipment improve the recycling rate of waste lithium batteries?
Release Time：2022-12-03 Source：Lithium battery recycling equipment Share：
How to improve the recovery rate and sorting performance of waste lithium batteries with waste lithium battery recycling equipment? Lithium battery processing equipment is used for lithium iron phosphate batteries, lithium cobalt acid batteries, lithium manganese acid batteries, lithium battery processing, etc. Its role is to improve the recovery rate of lithium batteries, improve the sorting performance of lithium batteries, improve the recovery rate of copper, aluminum, precious metals in waste lithium batteries, reduce the consumption of raw materials and environmental pollution.
Scrap lithium battery recovery equipment with crushing equipment will be shredded raw materials shell, then crushed to 10mm with coarse crusher, then into the particle crusher stripping, then into the micro powder classifier separation treatment, tail ash collected by the post cyclone separator and pulse dust collector. Waste lithium battery positive and negative electrode processing equipment based on lithium battery positive and negative electrode structure and its material copper carbon powder material characteristics, the use of hammer vibration crushing, vibration screening and airflow sorting combination process to separate the recovery of waste lithium battery negative electrode material, complete sets of equipment in the negative pressure state operation, no dust, metal sorting effect is good.
The role of separation of waste lithium battery recovery equipment depends on the rate of separation and separation, production is another element, lithium battery processing equipment has lithium battery chip processing alike offline, mainly lithium battery positive processing equipment and lithium battery negative processing equipment, lithium battery chip processing equipment to improve the recovery rate of copper and aluminum, lithium battery separation is very good.