Jwell Bio-degradable Plastics Compounding and Pelletizing Series
Key Selling Points
- Low-temperature anti-degradation performance
- High-efficiency homogeneous compounding
- Modular flexible production design
- Precise devolatilization and moisture control
- High throughput and low energy consumption
- Integrated reactive extrusion technology
- Self-purification material purity maintenance
- Full-scenario operational adaptability
- Advanced starch and fiber modification
Main Technical Parameter
| Model | L/D | Speed
rpm |
Capacity range
Kg/hr |
Price（$） |
| CJWH75 | 40-56 | 300 | 300 | 10w-11w |
| CJWH95 | 40-56 | 300 | 650 | 14w-15w |
| CJWS75 | 40-56 | 300 | 450 | 12w-13w |
| CJWS95 | 40-56 | 300 | 850 | 16w-18w |
| CJWS75Plus | 40-56 | 300 | 560 | 13w-15w |
| CJWS95Plus | 40-56 | 300 | 1020 | 18w-20w |
Product Description
The Bio-degradable Plastics Compounding and Pelletizing Series is a premier industrial solution tailored for the growing global market of sustainable materials. This system is specifically engineered to handle the unique thermal and chemical sensitivities of fully biodegradable resins, ensuring high-quality output for eco-conscious manufacturing.
Specialized Biodegradable Resin Processing: This series is widely applicable to the alloy blending and modification of resins such as PLA, PBAT, PBS, PPC, PCL, TPS, and PHA. It excels in complex formulations, including starch modification, bamboo/wood powder filling, and mineral reinforcement. To protect the molecular structure of these sensitive biopolymers, the line features specialized low-temperature anti-degradation performance, preventing thermal breakdown while achieving a high-efficiency homogeneous melt.
Precision Engineering and Flexibility: The equipment incorporates a modular flexible production design, allowing manufacturers to quickly adapt to different material recipes and processing requirements. Advanced devolatilization and precise moisture control systems are integrated to remove volatiles and maintain the strict dryness levels required for biodegradable plastics. Furthermore, the self-purification function ensures material purity is maintained during transitions, while the integrated reactive extrusion technology allows for in-situ chemical modifications within a single process step.
Industrial Efficiency and Scalability: Built for high-yield sustainable production, the series offers a range of models with capacities up to 1,020 kg/h. The optimized drive systems provide a balance of high throughput and low energy consumption, making it an economically viable choice for mass production. With prices ranging from USD 100,000 to USD 200,000, this series provides a future-proof platform for companies focused on bioplastic innovation and large-scale environmental solutions.
