The battery recycling crushing process is facilitated by RE TECH's advanced system, which divides materials into grids and poles. Utilizing natural gravity, it achieves complete separation of all components (PP, PE, PB slurry, Pb/Sb, Pb/Ca), with minimal ecological impact on consumption (-52% compared to standard processes).

Lead recycling is a vital process that offers numerous environmental, economic, and health benefits. Establishing a lead recycling plant is a sustainable solution to address the growing demand for lead while mitigating environmental impact. By efficiently recycling lead, we can conserve natural resources, reduce pollution, and create economic opportunities. For more information or to explore lead recycling solutions, please contact us. 

Importance of Lead Recycling

Environmental Protection: Recycling lead significantly reduces environmental pollution. Lead mining and refining can cause soil and water contamination, posing severe health risks. By recycling lead, we minimize these environmental hazards.

Resource Conservation: Lead is a finite resource. Recycling helps in conserving this valuable material, ensuring its availability for future generations. It also reduces the dependence on lead mining, which is both economically and environmentally taxing.

Economic Benefits: The lead recycling industry creates jobs and contributes to the economy. Recycling processes are often less expensive than primary production, leading to cost savings for industries reliant on lead.

The Lead Recycling Process

Collection and Transportation: The first step in lead recycling is the collection of lead-containing products. These include used lead-acid batteries, lead-based paints, and other lead scrap. The collected materials are then transported to recycling facilities.

Crushing and Sorting: At the recycling facility, lead products are crushed to facilitate easier handling and processing. The crushed materials are then sorted to separate lead from other components like plastics and acids.

Smelting: The sorted lead materials are fed into a smelting furnace. Smelting involves heating the lead to high temperatures, causing it to melt. During this process, impurities are removed, and pure lead is extracted.

Refining: The molten lead is further refined to remove any remaining impurities. This process ensures that the recycled lead meets industry standards for purity and quality.

Casting: The refined lead is then cast into ingots or other forms for easy transportation and reuse. These lead products are then supplied to industries, where they are used to manufacture new products.