01 Shredders & Crushers
Primary size reduction for rigid, bulky and soft plastic waste.
Explore category→Plastic recycling machinery
Plastic recycling machines engineered for reliable output.
From material preparation to clean flakes and pellets, we design complete recycling lines around your feedstock, capacity and end-use requirements.
Product portfolio
One process.
Three core stages.
Modular machines and complete lines organized around how material actually moves through a recycling plant.
01 
02 Washing Lines
Cleaning and separation systems configured around your material and contamination.
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03 Pelletizing Lines
Stable extrusion and pelletizing systems for consistently sellable output.
Explore category→Tell us your material, contamination level and capacity — our engineers will propose the right line layout.
Solutions by material
Start with your
feedstock.
Every recycling line begins with the material you need to process. Choose your waste stream to explore the right washing, separation and pelletizing configuration.
The process
How Plastic Recycling Machines Work
Four coordinated stages turn contaminated plastic waste into consistent flakes or pellets ready for reuse.01
Shredding & Size Reduction
Single or twin-shaft crushers reduce waste into uniform granules of 10–50 mm. Motor power ranges from 15 kW for light film to 200 kW for heavy-walled HDPE drums and rigid ABS.02
Washing & Contaminant Removal
Hot caustic washes at 60–85°C dissolve adhesives and organics; friction washers at 900–1,200 RPM mechanically erode surface dirt; float-sink tanks separate PET from PP/PE caps.03
Drying & Moisture Control
Centrifugal dryers and screw-press dewatering lower moisture from around 40% to below 3%, preventing blowing bubbles during extrusion and weak pellets.04
Pelletizing & Quality Control
Single- or two-stage extruders with 80–120 mesh melt filters remove micro-contaminants, then strand, water ring or die-face cutters form clean, uniform pellets.Global standards
Documentation for international projects.
Compliance and certification options are configured around the destination market and project requirements. CEULCSAISO 9001
Proven in Real Recycling Projects
View projects →
Southeast Asia
PET Bottles · 2000 kg/h · Chile
South Africa
PP / PE Film · 1500 kg/h
Thailand
Rigid Plastic · 1800 kg/h
Middle East
Mixed Plastic · 1200 kg/h · Qatar
500+Recycling lines delivered
50+Countries served
15+Years of engineering experience
Factory proof
Built for nonstop recycling.
Step inside our factory to see real recycling lines under assembly, testing and preparation for delivery.
- 01
Assembly
Complete mechanical, electrical and process integration.
- 02
Testing
Equipment and controls checked before shipment.
- 03
Commissioning
Installation guidance through production startup.
Investment guide
What determines plastic recycling machine cost?
Prices are quoted for your material, capacity and equipment scope. Use these factors to prepare a comparable project quotation.
| Equipment Type | Selection Factors | Cost Drivers |
|---|---|---|
| Plastic Shredder | Feed size and material toughness | Rotor, drive and screen configuration |
| Granulator | Required regrind size | Cutting chamber, blades and motor |
| Film Washing Line | Dirt load and required moisture | Washing stages and drying equipment |
| PET Bottle Washing Line | Bottle condition and flake use | Sorting, hot washing and water treatment |
| Pelletizing System | Polymer, moisture and contamination | Feeding, degassing, filtration and cutting |
| Complete Turnkey Line | Throughput and factory conditions | Equipment, utilities and commissioning scope |
Operating economics
Calculate for your operation
Payback depends on feedstock cost, recovery yield, operating hours, utilities and local pellet or flake prices. A fixed payback period cannot be promised.
Budget note
Budget for the full project
Confirm whether civil works, electrical infrastructure, water treatment, freight, spare parts and commissioning are included in each quotation.