Recycling Pelletizing Lines
Go back to the main pelletizing hub to compare rigid, film, PET, foam, and compounding-driven line families.
Recycling Pelletizing Lines
This hard plastic pelletizing line is optimized for crushed rigid flakes and regrind where steady feeding, melt filtration, venting, and pellet quality matter more than film-style compaction.
Rigid regrind buyers usually compare the hard plastic route against film pelletizing and broader recycling pelletizing line planning before requesting a final quotation.
Go back to the main pelletizing hub to compare rigid, film, PET, foam, and compounding-driven line families.
Use this page instead if your feedstock is washed PP PE film, raffia, or woven bags rather than dense rigid flakes.
Relevant when the real project is recipe development, additive loading, or higher-mixing compounding before production scale.
The best rigid plastic pelletizing line is chosen around flake behavior, filtration load, and pellet target rather than by extruder size alone.
Identify whether the line will run HDPE bottle flakes, PP regrind, ABS scrap, PS scrap, injection runners, or mixed rigid recycling streams with different bulk density and contamination patterns.
Dense rigid flakes need force-feeding and screw geometry designed for stable melting, while moisture or odor issues may justify stronger venting or a second stage.
Screen changer type, contamination tolerance, and strand versus water-ring cutting should all be selected around melt cleanliness and the target pellet application.
A rigid flakes pelletizing line should be specified according to whether the final pellets are for in-house molding, extrusion reuse, blending, or resale into the market.
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.
Rigid pelletizing projects are usually evaluated on both machine configuration and whether the line can produce stable downstream-ready pellets.

Rigid lines are typically specified around screw diameter, venting strength, filter change strategy, and the pelletizing method needed for the target resin family.
The real purchase target is a pellet stream with repeatable melt quality, pressure behavior, and pellet geometry for molding or extrusion reuse.

Repelletize HDPE, PP, ABS, and PS rigid flakes from post-industrial or washed post-consumer streams.
Stabilize melt quality and filter residual labels, fines, or dirt before pellet reuse.
Match pellet quality targets for molding, extrusion, or commercial sale of recycled pellets.
| Parameter | Specification | Notes |
|---|---|---|
| Model Range | RPL-R 85 / 100 / 120 | Sized by resin, contamination, and pellet target |
| Feed Material | Rigid flakes / regrind / lumps | HDPE, PP, ABS, PS, mixed rigid streams |
| Typical Throughput | 200-1000 kg/h | Depends on bulk density and cleanliness |
| Process Layout | Single-stage or double-stage | Chosen by degassing and melt quality target |
| Filtration | Single plate / dual station / self-cleaning | Matched to fines and contamination load |
| Pelletizing Method | Strand or water ring | Selected by resin behavior and pellet finish |
| Degassing | Atmospheric or vacuum venting | For moisture, volatiles, and odor control |
| Application Scope | Repelletizing / upgrading / reuse pellets | Supports molding and extrusion reuse routes |
Final screw design, filtration package, and pelletizing method depend on resin family, contamination profile, and required pellet quality.
| 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 material type, flake size, contamination profile, target kg/h, pelletizing method preference, and reuse application for a matched rigid flakes pelletizing recommendation.
Go to Contact Form