Industry Application

Waste metal crushing production line

Waste metal crushing production line

With the advancement of new‑energy technologies, lithium‑ion batteries are being used more and more widely, yet the recycling of spent lithium batteries faces challenges related to technology, the environment, and safety. Companies are implementing a range of measures to address these challenges, including developing cutting‑edge technologies, optimizing production lines, and exploring innovative recycling processes. National policies strongly support the industry’s growth, encouraging technological innovation and resource conservation. Looking ahead, there is an urgent need to achieve efficient, environmentally friendly recycling in order to assess the sector’s real‑world performance.
Waste tire recycling production line

Waste tire recycling production line

Waste Tire Recycling and Reuse Production Line
PCB board recycling and processing production line

PCB board recycling and processing production line

This technology is based on the principle of gravity separation: waste copper-clad laminates are first subjected to multi‑stage crushing to achieve a specified particle size, after which air is used as the separating medium. A vibrating air‑classification process then enables the efficient separation of copper from glass fibers and other reinforcing materials. The key advantage of this vibrating air‑classification method is its ability to promote the loosening, stratification, and banding of material particles on the bed surface, ultimately achieving precise sorting based on differences in density and weight.