In an era where resource recycling and environmental protection are equally important, the efficient processing of waste lead-acid batteries has become a key issue for sustainable development. Rotary furnace technology, with its innovative design and excellent performance, is becoming a core solution in this field. Core Advantages 1. High-efficiency recycling: Through high-temperature melting and rotary dynamics, it achieves precise separation of lead, plastic, and electrolyte, with a metal recovery rate exceeding 98%. 2. Environmental compliance: The closed-loop design combined with multi-stage exhaust gas treatment systems effectively controls sulfur dioxide and lead dust emissions, far exceeding international environmental standards. 3. Energy optimization: The waste heat recovery device reduces energy consumption by 30%, and the intelligent temperature control system enables fine-grained energy utilization. Technical Highlights - 360-degree dynamic melting: Uniform heating prevents local overheating and enhances reaction efficiency. - Modular structure: Supports rapid maintenance and flexible adjustment of production capacity, adapting to different processing scale requirements. - Internet of Things monitoring: Tracks furnace temperature, pressure, and gas components in real time, ensuring full process control and traceability. Application Value This equipment not only helps battery companies fulfill the Extended Producer Responsibility (EPR) system, but also forms a "recycling-processing-reuse" closed-loop industrial chain through resource regeneration, reducing the extraction of primary lead ore by about 12,000 tons per 10,000 tons of processed volume. The rotary furnace for waste lead-acid batteries empowers the circular economy with technology, transforming hazardous waste into urban mineral resources and driving green manufacturing into a new era.