Film & woven bags
Low bulk density, wrapping tendency and inconsistent feeding require a coordinated hopper and rotor design.
Application / Materials
Plastic Recycling
One-Stop Crushing & Separation Solution
The application
Plastic waste is not just waste; it is a resource.
Plastic waste is one of the fastest-growing environmental challenges, yet it is also a highly recoverable resource. Advanced plastic recycling reduces ocean and landfill pollution, saves crude oil, and cuts carbon emissions. Our turnkey solutions efficiently shred and pelletize plastic waste into high-quality recycled granules—turning plastic pollution into valuable raw materials for a circular economy.
Pipes & profiles
Long or hollow feedstock benefits from controlled loading and a cutting chamber sized around real dimensions.
Lumps & purge
High-density pieces call for torque, robust cutter engagement and protection against peak loads.
Mixed plastics
Contamination, shape and downstream washing or extrusion targets define the complete configuration.
A practical processing route
From irregular waste to consistent feedstock.
Define
Review resin, shape, contamination, bulk density and hourly volume.
Feed
Meter material into the cutting chamber without bridging or overloading.
Shred
Configure rotor, knives, screen and drive for stable size reduction.
Prepare
Discharge to washing, sorting, granulation or reprocessing.
Recommended starting point
WLD Series
Modular industrial shredding engineered around your material, duty cycle and required output.
View equipment ↗
Selected project reference
Plastic Recycling Solution
Project Challenge Plastics are ubiquitous—found in food packaging, furniture, toys, and more—making them a defining material of modern society. According to Greenpeace, in 2019, humans generated more than 300 million tons of plastic, yet…
View project details ↗Questions that affect machine selection.
Can one shredder process film, pipes and lumps?
The same machine family may cover several plastics, but hopper, rotor, knives, drive and screen must be configured around the actual feedstock.
What information is needed for an initial proposal?
Send material photos, largest dimensions, contamination, hourly capacity, target output size and the next process after shredding.
How is film wrapping or bridging controlled?
Stable processing depends on the feeding method, hopper geometry, rotor design and operating parameters—not only motor power.
Can the output size be adjusted?
Screen configuration is one important factor. The achievable result also depends on material behavior, feeding consistency and downstream requirements.
Show us the plastic you need to process.
Include material photos, largest dimensions, hourly capacity, target output size and what happens after shredding.
Discuss this application →