#Industry ·2026-03-17
With the explosive growth of new energy vehicles, energy storage devices, and various smart electronic products, the recycling and processing of waste batteries has become a global focus of attention and a crucial link in building a circular economy and achieving sustainable development. Traditional landfill or improper disposal methods not only severely pollute the environment but also result in a huge waste of valuable resources. Against this backdrop, we are proud to introduce the High-Efficiency Battery Crushing and Separation Recycling Production Line, which provides a core driving force for transforming waste batteries into valuable resources! Challenges Facing Us Waste lithium batteries, nickel-metal hydride batteries, lead-acid batteries, and other types contain large amounts of heavy metals, toxic electrolytes, and organic substances. If not properly handled, they will cause irreversible pollution to soil, water, and air. Meanwhile, the valuable metal resources such as lithium, cobalt, nickel, manganese, copper, and aluminum contained in these batteries will be a huge waste of resources if not recycled. How to safely, efficiently, and environmentally process waste batteries and extract their valuable resources is a serious challenge facing us. Our Solutions Our battery crushing and separation recycling production line integrates automation, intelligence, and environmental protection to completely solve the problem of waste battery processing and maximize resource utilization while minimizing environmental impact. Core Advantages and Features 1. Safe and Efficient Pre-Processing: - Precise Discharging: Adopting advanced online discharging technology to ensure complete release of battery internal power and eliminate safety hazards, laying a solid foundation for subsequent processing. - Intelligent Sorting: Conducting preliminary identification and classification of different types and sizes of batteries to improve overall processing efficiency. 2. Multi-stage Crushing and Fine Separation: - High-Efficiency Crushing: Using a specially designed low-speed shear-type crusher to effectively crush battery packs and cells while reducing dust flying and heat generation. - Multi-stage Separation Technologies: Combining physical separation methods such as airflow sorting, gravity sorting, magnetic sorting, and eddy current sorting to accurately separate different components in batteries, including plastics, iron shells, copper, aluminum, and positive/negative electrode powders, with high purity and low cross-contamination. 3. High-Value Material Recovery: - Precious Metal Capture: Accurately recover metals such as copper and aluminum from metal shells, as well as rare metal compounds like lithium, cobalt, and nickel from positive/negative electrode materials, with a recovery rate exceeding 95%. - Resource Regeneration: Recycled materials are directly or after simple processing reinvested into new battery production or related industrial applications, truly realizing a green cycle from "batteries to batteries". 4. Environmental Compliance and Energy Optimization: - Fully Enclosed Negative Pressure Operation: The entire production line adopts a fully enclosed design combined with a negative pressure collection system, effectively suppressing dust and harmful gas emissions and ensuring a clean working environment. - Multi-stage Dust Removal and Purification: Equipped with advanced pulse bag filters and activated carbon adsorption devices, tail gas emissions meet national environmental standards. - Energy-saving Design: Optimizing equipment configuration and process flow to reduce operating energy consumption and operating costs. 5. Automation and Intelligent Control: - PLC Intelligent Control: The entire line adopts a centralized control system to realize automatic feeding, crushing, sorting, and discharging, reducing manual intervention and improving production stability and safety. - Remote Monitoring and Diagnosis: Optional remote monitoring systems allow real-time monitoring of equipment operating status and facilitate fault diagnosis and maintenance. Application Scenarios This production line is widely applicable to various types of waste lithium-ion batteries (such as lithium iron phosphate and ternary materials), nickel-metal hydride batteries, and lead-acid batteries, making it an ideal choice for battery recycling enterprises, new energy battery manufacturers, and environmental protection centers. Let's Create a Green Future Together Choosing our battery crushing and separation recycling production line is not only a wise investment in economic benefits but also a firm commitment to environmental protection and social responsibility. Let's join hands to open a new chapter in the resource utilization of waste batteries and contribute to building a green and sustainable Earth! Contact Now: +86 13970779688 to get a customized solution and revitalize your waste battery processing project!
2026-03-17
2026-03-17
2026-03-17
2026-03-17
2026-03-17
2026-03-17
No. 15 Industrial Avenue, Industrial Park, Shicheng County, Jiangxi Province
top
