Description
Engineering plastic compounding refers to the technology of optimizing the performance of basic engineering plastics (such as PA, PC, PBT, PPO, PPS, etc.) to meet specific application requirements through physical, chemical or a combination of both methods. The core goal of modification is to improve the mechanical strength, heat resistance, chemical resistance,
flame retardancy, wear resistance, etc. of the material, or to reduce costs and improve processing performance. It is mainly used in the automotive industry, electrical and electronic industry, machinery industry, aerospace, medical equipment, energy and environmental protection, etc.

Specifications
| Model | L/D | Speedrpm | MotorkW | Capacity for referencekg/hr |
| CJWS52 | 36-52 | 600/900 | 110kw/160kw | 275-550/400-800 |
| CJWH65 | 36-52 | 600/900 | 160kw/220kw | 400-800/550-1100 |
| CJWH75 | 36-52 | 600/900 | 250kw/315kw | 550-1100/800-1600 |
| CJWS65 | 36-52 | 600/900 | 200kw/280kw | 500-1000/700-1400 |
| CJWS75 | 36-52 | 600/900 | 280kw/450kw | 700-1400/1000-2000 |
Note: The specifications are subject to change without prior notice.

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