Complete washing lines for contaminated plastic flake and granulate. Friction washing, float-sink separation, and centrifugal drying in a single integrated process.
End-to-end wet processing solutions for plastic packaging, beverage bottles, agricultural film, and post-consumer mixed plastics.
A typical plastic washing line passes material through sequential stages to achieve food-grade or industrial-grade cleanliness standards.
Initial cold-water rinse tank with mechanical agitation removes loose surface contamination and labels from incoming flake.
High-temperature friction washer (60–85°C) with detergent removes adhesives, oils, and organic contamination from plastic surfaces.
Water-density separation tank removes PVC, rubber, and heavy contaminants from buoyant PE and PP fractions.
Mechanical centrifuge removes bulk moisture (output: <2% moisture). Suitable for direct feed to extruder or pelletising unit.
Hot-air thermal dryer reduces moisture content to <0.3% for demanding pelletising applications. Adjustable temperature 60–120°C.
Clean, dry flake discharged to silo or bulk bag station. Output quality suitable for re-extrusion, fibre spinning, or direct moulding.
Standard line configurations for small, medium, and high-volume plastic recycling operations.
Entry-level washing line for PET bottle or HDPE container flake. Space-efficient layout for facilities with limited floor area.
| Throughput | 300–500 kg/h |
|---|---|
| Power Installed | ~55 kW |
| Water Use | 1.5–3 m³/h |
| Footprint | approx. 8×4 m |
Standard configuration for mid-volume MRF and plastic recycling plant operations. PET and PE/PP capable.
| Throughput | 1,000–1,500 kg/h |
|---|---|
| Power Installed | ~130 kW |
| Water Use | 4–7 m³/h |
| Footprint | approx. 20×8 m |
Full-scale washing line for large-volume plastic reprocessing operations. Includes closed-loop water treatment system.
| Throughput | 3,000–4,000 kg/h |
|---|---|
| Power Installed | ~320 kW |
| Water Use | 10–15 m³/h |
| Footprint | approx. 40×12 m |
Industrial Recycling Equipment — Fukuoka, Japan