Recycling Pelletizing Lines
Return to the main hub if you still need to compare film, rigid plastic, PET, foam, and compounding pelletizing routes.
Recycling Pelletizing Lines
This film compacting pelletizing line targets buyers searching for a cutter compactor pelletizing line or PP PE film pelletizing machine where low bulk density, moisture, and printed film volatility make feeding stability the core issue.
Buyers searching for a cutter compactor pelletizing line often compare the broader pelletizing hub and the rigid route before finalizing the correct process family.
Return to the main hub if you still need to compare film, rigid plastic, PET, foam, and compounding pelletizing routes.
Use this page instead when the feedstock is dense rigid flakes or hard regrind rather than washed film and raffia.
Relevant when upstream moisture reduction and bulk-density improvement need to be solved before film pelletizing line selection.
The core process logic is to turn unstable low-bulk-density film into a predictable melt and then into downstream-ready pellets.
The line starts with low-bulk-density PP PE film, woven bags, raffia, or similar soft scrap that would otherwise feed unevenly into a standard extruder.
Inside the cutter compactor, the material is reduced, pre-heated, and densified so the PP PE film pelletizing machine receives a more stable feed stream.
Moisture, ink volatiles, and contamination are removed through venting and filtration matched to the print load, washing quality, and pellet market requirement.
The finished melt is cut by water-ring or strand pelletizing, then cooled, dried, and screened into reusable plastic film pellets for downstream production.
Engineering configuration is matched to material variability and throughput targets.
Process design focuses on output stability for downstream stages.
Service-friendly structure supports efficient operation and maintenance.
Unstable feedstock conditions reduce production consistency.
Engineering configuration is matched to material variability and throughput targets.
Inconsistent quality creates downstream process risk.
Process design focuses on output stability for downstream stages.
Frequent intervention increases labor and maintenance pressure.
Service-friendly structure supports efficient operation and maintenance.
Scaling capacity can disrupt existing line performance.
Modular integration supports phased expansion and retrofit planning.
Film pelletizing buyers usually compare whether the line can tame fluffy washed film into a stable melt and a repeatable pellet stream.

The decisive configuration is often not only the extruder size. It is how the cutter compactor, venting, filtration, and pelletizer work together on low-density film feedstock.
The line should convert unstable fluffy feed into pellets with predictable shape, density, and handling behavior for storage, reuse, or sale.

Pelletize agricultural film, stretch film, shopping bags, and post-consumer washed film with better feeding stability.
Handle woven sacks, jumbo bag scrap, and raffia trims that need densifying before the melt section.
Create stable reuse pellets from fluffy film scrap where direct screw feeding would surge or bridge.
| Parameter | Specification | Notes |
|---|---|---|
| Model Range | RPL-F 85 / 100 / 120 / 140 | Configured by film condition and hourly output |
| Feed Material | Washed film / raffia / woven bags | PE, PP, printed film, post-consumer soft scrap |
| Typical Throughput | 300-1200 kg/h | Depends on moisture, density, and cleanliness |
| Compaction Section | Integrated cutter compactor | Raises bulk density before melt section |
| Degassing | Single or double venting | For moisture, ink volatiles, and odor control |
| Filtration | Hydraulic screen changer or self-cleaning filter | Selected by dirt load and uptime target |
| Pelletizing Method | Water ring or strand | Water ring common on polyolefin film routes |
| Application Scope | Film pelletizing / densifying / reuse pellets | Built for washed low-bulk-density feedstock |
Final compactor size, venting level, and pelletizing method depend on film cleanliness, moisture, print load, and the target pellet market.
| Criteria | Conventional Setup | Rumtoo Solution |
|---|---|---|
| Process Stability | More fluctuation under feed variation | Designed for stable operation across variable feedstock |
| Output Consistency | Higher variation in downstream quality | Process control focused on consistent output |
| Integration | Higher retrofit complexity | Practical integration with existing lines |
| Lifecycle Support | Limited startup optimization support | Engineering support from planning to commissioning |
Selection depends on material type, contamination profile, throughput target, and downstream process requirements.
Yes. Rumtoo supports retrofit integration based on your current layout and utility conditions.
Yes. We provide remote and on-site support for installation, startup, and operator training.
Yes. Configuration can be scaled with matched drive power, process modules, and auxiliary systems.
Send your film type, washing condition, residual moisture, print load, target kg/h, and preferred pelletizing method for a matched PP PE film pelletizing machine proposal.
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