Jwell High-Capacity High-Filler Pelletizing Production Line


High-capacity twin-screw pelletizing line for high-filler masterbatch production (Model: CJWV77 / CJWH95)
Maximize Output, Minimize Cost – The Ultimate Solution for High-Filler Masterbatch Production
Key Selling Points
- Enhanced mechanical strength
- Increased filler content → higher material efficiency
- Cost reduction without compromising performance
- Improved heat resistance
- Low-carbon, eco-friendly production
- Polyethylene (PE), Polypropylene (PP), PVC, Polyester, ABS, PS, EVA
- Applications: Pipes, films, strapping, injection molding, extrusion, blown barrels, wire & cable,编织丝 (wire series), packaging tapes, and more
Main Technical Parameter
| Model | L/D Ratio | Speed (rpm) | Output (kg/h) |
|---|---|---|---|
| CJWV77 | 36–56 | 400–900 | 2,000–3,000 |
| CJWH95 | 36–56 | 400–900 | 3,000–3,500 |
Product Description
Designed for industrial-scale production of High-Filler Masterbatch, the Jwell High-Capacity Pelletizing Line delivers exceptional efficiency, precision, and versatility for manufacturers in the plastics, packaging, and construction materials industries. With twin-screw pelletization technology and advanced weight-loss feeding systems, this line ensures consistent quality while supporting high-volume output.
The High-Filler Masterbatch is produced by compounding inorganic powders — such as talc, calcium carbonate, kaolin, and other inorganic fillers — with plastic resins and lubricants, then processed via twin-screw pelletization. This masterbatch is extensively used across:
Available by Material Type:
- PP Calcium Carbonate Filler
- PE Calcium Carbonate Filler
- Talc Filler
- Transparent Filler
Ideal For:
- Plastic extruders and compounders
- Packaging and film manufacturers
- Construction material producers (pipes, profiles)
- Automotive and electronics component suppliers
- B2B export-focused manufacturing firms
Upgrade your production capability with the Jwell High-Capacity Line — where high output, low cost, and green manufacturing converge.



