The innovative development of lithium battery recycling equipment has achieved a great leap forward in production and processing technology. In the “five years of hard work and progress in the environmental protection era”, environmental protection equipment has been recognized and developed rapidly by the market. According to the data from Qianzhan.com, the scale has expanded rapidly under the trend of environmental protection. Secondly, the technical level of lithium battery recycling equipment has been greatly improved. Ruisek aims to break through the key common technologies of soft-pack, hard-shell, steel-shell, and aluminum-shell lithium batteries, and takes the industrial chain as a link to form a set of automated lithium battery recycling equipment production lines to achieve accurate research and development, and overcome the key important technical equipment and solutions for the recycling of waste lithium battery pollution.
Lithium battery recycling machine The great technological leap of lithium battery recycling equipment is reflected in the process from lithium battery single-pole sheet processing to waste lithium battery sorting processing, and also in the crushing and sorting technology: lithium battery recycling equipment is an innovative technology process applied in the field of battery recycling, and it is also a business model that can be used in the overall industrial chain. Lithium battery recycling equipment separates and regenerates waste lithium batteries, and separates waste lithium batteries into the raw materials we need. Lithium battery recycling equipment crushes and pulverizes the raw materials with multi-knife crushing, separates and processes them with airflow sorting facilities, and has pulse dust removal facilities to collect dust generated during the separation process and subsequent processes. Form a green, high-quality closed-loop circulation system for the entire life cycle of the battery. Lithium battery recycling equipment mainly separates aluminum foil and copper foil from the positive and negative electrode materials in the positive and negative plates of scrapped lithium batteries for recycling. With the optimization of the industry development environment, the development prospects of lithium battery resource utilization are considerable.
