PP/PE Recycling Washing Line

PP/PE Recycling Washing Line

PP/PE Recycling Washing Line: Efficiently clean PP/PE Waste for recycling

PP/PE Recycling Washing Line

High efficiency: The system can clean PP/PE film in a short amount of time.

Thoroughness: The system removes contaminants from the film effectively, ensuring high-quality recycling.

Affordability: The system is affordable and provides a good return on investment.


This HDPE, PP, and PS rigid plastic washing plant is designed to thoroughly clean contaminated rigid plastics, including HDPE/PP bottles, lumps, and other rigid materials. This comprehensive recycling solution includes a robust shredder with an overhead magnet, granulator, sink-float separation tank, centrifugal dryer, thermal dryer, zig-zag separator, and a dual-bag filling station. The resulting premium-quality plastic flakes can be reused in manufacturing plastic products.





This article comprehensively introduces key equipment and processes in plastic film washing lines, including shredding, washing, separation, and drying stages. It compares the pros and cons of shredders and crushers in detail, and analyzes the working principles of washing equipment such as high-speed friction washers and floating tanks. The article also discusses how to customize washing lines based on raw material characteristics and production requirements, providing practical technical guidance and equipment selection advice for plastic recycling enterprises.
The PP PE film shredding and densifying line represents a breakthrough in plastic recycling technology. This innovative system efficiently processes dirty bales of PP/PE films through a four-stage process: shredding, wet granulation, sink/float separation, and densification. By transforming waste plastic films into high-density pellets, this technology not only enhances recycling efficiency but also contributes significantly to environmental preservation and the circular economy of plastics. With customizable options and the ability to increase material density up to 410 kg/m3, it offers a versatile solution for modern recycling challenges.
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