Products

APPLICABLE

- Plastics: used plastic bottles, plastic film, plastic barrels, etc.;

- Rubber: tires and rubber product scraps;

- Fibers: waste paper, cloth, wood, straw;

- Small and medium-sized metals: thin iron sheets, aluminum products, etc. (requires wear-resistant blades).

WORKING PRINCIPLE

The core working components of a single-shaft shredder are a rotating cutter shaft and a fixed liner (or fixed blade). The specific process is as follows:

1. Material Conveying: The material to be shredded (such as large pieces of plastic, scrap tires, etc.) enters the shredding chamber through the feed inlet.

2. Shearing and Tearing: The cutter shaft rotates at high speed, creating alternating shear forces between the rotating blades on the shaft and the fixed blades fixed within the chamber, gripping and continuously tearing the material.

3. Crushing and Screening: The repeated action of the rotating and fixed blades breaks the material into smaller particles. Fragments that meet the required size are discharged through the gap between the cutter shaft and the liner. Larger pieces that do not meet the required size remain in the chamber and are crushed until they meet the discharge conditions.

FEATURES

1. Simple structure and easy maintenance.

2. Excellent crushing performance for tough materials.

3. High crushing efficiency and low energy consumption.

4. Wide range of applications.

5. Small footprint and low cost.