Small Industrial Shredder for Plastic Film & Light Materials

The Small Industrial Shredder uses a low-speed, high-torque shredding principle to efficiently reduce the size of bulky lightweight materials. It is particularly effective in minimizing material wrapping and clogging issues, making it an ideal pre-processing solution for small recycling facilities, resource recovery centers, and industrial waste management operations.

Unlike conventional high-speed crushers, this mini dual shaft shredder features two counter-rotating shafts equipped with specially designed blades. Materials are shredded through a combination of cutting, tearing, and squeezing actions. For difficult materials such as plastic film, woven bags, and flexible packaging waste, the low-speed operation significantly reduces the risk of material winding around the shafts.

The machine is typically equipped with wear-resistant alloy steel blades. Blade thickness and tooth configuration can be customized according to the characteristics of the processed material. When handling plastic film, the material is continuously drawn into the shredding chamber and processed evenly without the floating or scattering issues often associated with high-speed grinding systems. Compared with single-shaft shredders, the dual-shaft design can accept larger feed sizes, reducing the need for manual pre-cutting and improving overall processing efficiency.

Versatile Solution for Various Lightweight Materials

Despite its compact footprint, the small dual shaft shredder is suitable for a wide range of materials, including:

* Plastic products and injection molding scraps

* Cardboard, paper cartons, and packaging materials

* Wood boards, pallets, and wood offcuts

* Kitchen waste and organic waste pre-treatment

* Thin metal sheets, aluminum cans, and other light metal scraps

Depending on the model and configuration, processing capacities typically range from 200 kg/h to over 2,000 kg/h. This capacity range is well-suited for small and medium-sized recycling operations while avoiding the higher energy consumption and space requirements associated with large-scale shredding systems.

In addition, the shredded output size is relatively uniform, allowing materials to move directly to downstream conveying, baling, or secondary crushing processes. This helps improve the continuity and efficiency of the entire recycling line.

As plastic recycling, packaging waste recovery, and resource reutilization industries continue to grow, many recycling businesses are shifting toward decentralized and small-scale processing models. Compared with large industrial shredding systems, the mini dual shaft shredder requires less installation space, offers greater flexibility, and places lower demands on plant infrastructure.