| 300-2000 kg/h | |
| Application | Suit for recycling PP/PE/PA waste film, Post consumer film, Food contaminated film, Garbage film, Agricultural film, Mulching film, Greenhouse film, PP woven bags etc. |
| Specification | The production line is mainly composed of Plastic Film Shredder/ Plastic Film Granulator, Friction Washer, Sink Floating Tank, Horizontal Centrifugal Dryer, Squeezer or Squeezer & Agglomerator. The whole production line is easy to operate, efficient and low energy consumption. |
| Output Type | ● Material will be processed by crushing, washing, dewatering, drying. The humidity of final output could be within 5-10%. ● Material will be processed by crushing, washing, dewatering, squeezing & aggregating. The humidity of final output could be within 2%. |
| After-sales Service | SOYU have a experienced installation team to provide professional installation guidance and training support. |
Technical & Engineering Advantages
Anti-Winding High-Torque Shredding: The plant integrates SOYU’s signature high-torque, low-speed industrial shredder. Specially engineered for soft and flexible plastics, the blade geometry prevents film wrapping while efficiently downsizing bulky film bales into uniform, manageable pieces for continuous feeding.
Intensive Friction Washing & Purification: The integrated scrubbing and washing system forcefully removes stubborn contaminants, including industrial adhesives, paper labels, stubborn soil, and chemical residues from agricultural films. Advanced sink-float separation tanks guarantee high-purity washed flakes ready for direct pelletizing.
Modular & Scalable Configurations: Designed with a flexible, heavy-duty modular blueprint, the recycling line can be fully customized to match your specific yard footprint, daily input capacity, and targeted contamination levels.
Eco-Friendly Closed-Loop Utilities: Built for sustainable, low-cost operations. The system features energy-optimized motor drives and a synchronized water filtration and recycling unit, drastically reducing water consumption and minimizing wastewater discharge.
