YG supplied a PE-film Plastic Pelletizing Machine solution for a customer project in Russia. The arrangement shows how a clear material description and a defined water-ring process can turn a general recycling enquiry into a practical configuration discussion.
The project used an ML 100 100 PE-film line with screenless vertical water-ring pelletizing, PLC control, metal detection and cooling water. These configuration points supported a coordinated process plan covering material preparation, pellet formation, cooling and collection.
Project Objective and Plastic Pelletizing Machine Configuration
The project objective was to organize a defined PE-film pelletizing process rather than select equipment from a generic image. The team started with the material, expected flow, equipment controls and support requirements. This gives a Plastic Pelletizing Machine enquiry a clearer technical direction from the beginning.
The recorded reference is ML 100 100 for PE film, using a screenless vertical water-ring pelletizing method with PLC control, metal detection and cooling water. The table lists only those identified configuration points. Capacity, commercial scope and site-specific output are confirmed during a separate project review.
Complete Plastic Pelletizing Machine Parameter Table
The values below are published reference parameters for the identified models or PE-film water-ring project configuration. Confirm the final scope, included equipment and working conditions in the quotation.
| Configuration Item | Project Configuration Reference |
| Line Reference | ML 100 100 |
| Material Reference | PE Film |
| Pelletizing Method | Vertical Water Ring |
| Screen Arrangement | Screenless |
| Control Reference | PLC |
| Included Detection Reference | Metal Detector |
| Cooling Reference | Cooling Water |
The ML 100 100 reference is useful because it identifies the actual material and process arrangement, not just a generic machine name. A PE-film buyer can begin a productive quotation discussion by matching the feed condition, water-ring method, controls and detection requirements to the planned site. The required pellet form, available cooling-water arrangement and installation space should be confirmed together so the equipment package supports an efficient start-up. Material preparation and the water loop should be considered together: clean, consistent PE-film feed gives the extrusion and pellet-collection stages a more stable operating basis, while a planned cooling route helps the team organize collection and packing without creating unnecessary handling delays.
Prepare PE Film and Coordinate Water-Ring Pelletizing
PE film should be described by source, thickness, contamination, moisture, printing, labels and prior handling. Sorting and preparation create a more stable input for the pelletizing process. A representative material description lets the technical team identify the preparation and handling steps that belong in the final arrangement.
Plastic Recycling Equipment upstream should deliver a stable, traceable PE-film feed. The PE Film Pelletizing process then benefits from material preparation that matches the agreed operating procedure.
A vertical water-ring system connects extrusion, pellet formation, cooling and collection in a defined sequence. The operating plan should set clear checks for water condition, material flow, temperature control and pellet collection. Keeping the process organized helps operators react to changes before they affect a larger batch.
Use Controls and Material Protection for Stable Operation
PLC control provides a structured way to manage the agreed operating sequence and observe process status. Before startup, define who is responsible for normal settings, alarm response and change records. Operators should use the commissioned procedure and escalate abnormal conditions rather than adjusting settings without a documented reason.
A PE Film Pelletizing operating plan should assign clear control responsibilities before routine work begins. Plastic Recycling Equipment documentation makes those settings easier to review later.
The project configuration includes metal detection as part of the material-handling approach. Material receiving and pre-processing should complement that protection by removing unsuitable items early. A clean, traceable feed path supports equipment reliability and helps maintain a safer working environment.
Prepare the Site and Plan Ongoing Support
The installation layout should provide logical routes for PE film, processed material, cooling-water equipment, operator access and maintenance. Confirm utilities, drainage, lifting arrangements and local safety requirements before shipment. A prepared site supports an orderly commissioning sequence and clearer operator training.
Support begins with accurate records: material description, approved configuration, operating procedure, inspection points and spare-part requirements. These details make later discussions more efficient if the customer adds material types, reviews pellet requirements or needs planned maintenance guidance.
The Tire Recycling Line and Other Machine category offer related recycling-system references. Request a YG material review with PE-film details and the required pellet result.
Plastic Pelletizing Machine FAQ
The identified internal project reference is for PE film; any new project requires its own material and configuration review.
The record identifies a screenless vertical water-ring pelletizing configuration.
The project record identifies PLC control and metal detection as configuration points.
Send a clear material description, desired output, site utilities, layout, operating plan and destination for technical review.
Request a Plastic Pelletizing Machine Configuration
Send YG Machinery your material or product specification, required configuration, available utilities, application plan and destination. Our team can review the Plastic Pelletizing Machine details and prepare a suitable quotation.
