Lithium-ion Battery Recycling Line Successfully Deployed in South Korea

The lithium-ion battery recycling production line has been successfully installed and commissioned at the customer's factory in South Korea and is now operating stably. The successful deployment of this project marks a significant milestone for Maxim Machinery's expansion into overseas markets and will provide new impetus for the standardized and resource-oriented development of South Korea's lithium-ion battery recycling industry.

With the accelerated development of the global new energy industry, the demand for recycling and processing waste lithium-ion batteries is growing rapidly. As a country with a developed new energy vehicle and electronics industry, South Korea has high standards and an urgent need for the environmentally friendly treatment and resource recycling of waste lithium-ion batteries. The newly delivered recycling production line covers the entire process, including dismantling, crushing, sorting, and material handling, and can efficiently process various types of waste lithium-ion batteries.

The production line's performance is outstanding. On-site testing shows that the equipment operates smoothly, the dismantling efficiency meets design standards, and the processing capacity exceeds 2 tons per hour. The crushing and sorting accuracy is high, effectively separating different components such as positive and negative electrode materials, electrolyte, separator, and metal casing. The recovery rate of positive electrode materials exceeds 98%, and the enrichment effect of precious metals such as lithium, cobalt, and nickel is among the best in the industry. The production line also integrates an advanced environmental protection system, efficiently purifying dust and exhaust gases. All emissions meet South Korea's stringent environmental regulations.

To ensure the project's smooth implementation, the company dispatched a professional team to South Korea to carry out the work on-site. Team members overcame multiple challenges, including language barriers and environmental differences, strictly adhering to construction specifications and client requirements. They systematically completed tasks such as equipment hoisting, pipeline connection, circuit debugging, and system integration. From equipment arrival to installation completion, the entire process took only one week, demonstrating highly efficient project execution capabilities.

Looking ahead, the company will continue to dedicate itself to innovation in lithium battery recycling technology, continuously optimize product performance, actively expand into the global market, and provide more countries and regions with efficient, environmentally friendly, and intelligent resource recycling solutions, driving the global new energy industry towards green and sustainable development.