#Industry ·2026-02-17
In today's society, environmental protection and resource recycling have become topics of great concern. With the widespread application of lead-acid batteries in automobiles, electric vehicles, and many other fields, the problem of disposing of used lead-acid batteries has become increasingly prominent. As a key equipment, the rotary furnace for used lead-acid batteries plays a crucial role in the recycling process of used lead-acid batteries. The rotary furnace for used lead-acid batteries features a unique design and excellent performance. Its rotating furnace structure allows materials to roll and mix fully within the furnace, ensuring uniform heating. During the process of disposing of used lead-acid batteries, the rotary furnace can efficiently reduce and melt lead-containing substances such as lead paste and electrodes in the batteries. By precisely controlling the temperature and atmosphere within the furnace, lead and other metals can be effectively separated from the used batteries, enabling the recycling of resources. From an environmental perspective, the rotary furnace for used lead-acid batteries makes a significant contribution to reducing environmental pollution. Traditional methods of disposing of used lead-acid batteries often lead to leaks and emissions of heavy metals such as lead, causing serious pollution to soil, water, and air. However, the rotary furnace processing technology adopts advanced sealed systems and exhaust gas treatment devices, which can minimize the emission of lead dust and harmful gases to the greatest extent. After purification, the exhaust gas generated during the melting process meets national environmental protection emission standards, effectively avoiding secondary pollution. At the same time, recycling and reusing resources such as lead from used lead-acid batteries reduces the mining of primary lead ore and alleviates ecological damage caused by mining activities. In terms of production efficiency, the rotary furnace for used lead-acid batteries also performs excellently. It can achieve continuous production and greatly improve the capacity of processing used lead-acid batteries. The automatic control system of the rotary furnace can precisely adjust various parameters within the furnace, ensuring the stability and reliability of the production process. Operators only need to monitor and adjust the production process through the control system, reducing human error and labor intensity. Moreover, the processing cycle of the rotary furnace is relatively short, enabling the rapid conversion of used lead-acid batteries into reusable lead products, bringing higher economic benefits to enterprises. In addition, the rotary furnace for used lead-acid batteries also has good adaptability. It can handle different types and sizes of used lead-acid batteries, whether it's small electric vehicle batteries or large automobile batteries, all of which can be effectively processed in the rotary furnace. This broad adaptability makes the rotary furnace highly versatile and practical in the used lead-acid battery recycling industry. With the continuous improvement of environmental protection requirements and the increasing awareness of resource recycling, the market prospects for the rotary furnace for used lead-acid batteries are very promising. It is not only an important tool for improving production efficiency and reducing environmental pollution in used lead-acid battery recycling enterprises, but also a key force driving the sustainable development of the entire lead-acid battery industry. It is believed that in the future, the rotary furnace for used lead-acid batteries will continue to undergo technological innovation and upgrading, making greater contributions to environmental protection and resource recycling.
2026-02-17
2026-02-17
2026-02-17
2026-02-17
2026-02-17
2026-02-17
No. 15 Industrial Avenue, Industrial Park, Shicheng County, Jiangxi Province
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