Introduction

Today, with the increasing consumption of leather products, the problem of leather solid waste treatment has become increasingly severe. As a professional mechanical recycling manufacturer, we are well aware that discarded leather shoes and handbags are not a burden on the environment, but valuable resources misplaced. We focus on using advanced mechanical physics methods to efficiently convert leather waste into reusable industrial raw materials on a large scale, helping customers achieve environmental goals and jointly promoting the development of circular economy.

Why do we focus on mechanical recycling?

Compared to chemical treatment or other methods, mechanical recycling has significant advantages such as high efficiency, low energy consumption, no secondary pollution, and large processing capacity, perfectly meeting the needs of industrialization and large-scale processing. Our mission is to transform complex leather waste into standardized recycled materials through professional machinery and equipment, and reintroduce them into the embrace of the manufacturing industry.

Recycling process

Automated bag breaking and coarse crushing

A low-speed high torque shredder is used to preliminarily crush the entire package of materials, deconstructing large products into 50-80mm sheet-like materials.

Multi level linkage sorting system

Magnetic separation stage: The magnetic separator separates ferrous metals (rivets, fasteners, etc.).
Wind selection stage: Separate lightweight debris (fabric lining, dust, etc.) through controllable airflow.
Eddy current sorting: efficient sorting of non-ferrous metals (zinc alloys, copper buckles, etc.).

Technological advantages and features

High purity separation: Multi stage sorting technology ensures that the purity of leather raw materials can reach over 98%.
Fiber integrity: Optimized crushing process maximizes the physical properties of leather fibers.
Flexible production: We can customize and produce a series of products with different particle sizes and fiber lengths according to customer needs.
Clean operation: The entire line is equipped with a dust removal system, and the working environment meets industrial hygiene standards.
Intelligent control: Real time monitoring of key process parameters to achieve digital management of the production process.