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Middle and Smaller Capacity Bio-plastic Compounding Line

Middle and Smaller Capacity Bio-plastic Compounding Line

Product Overview
The Middle and Smaller Capacity Bio-plastic Compounding Line is an eco-efficient solution tailored for small to mid-volume production of biodegradable plastics. Designed with sustainability, cost-efficiency, and performance in mind, this line enables precise blending and compounding of bio-based materials like starch, PLA, PBAT, and other degradable. Its modular structure, integrated pre-mixing, and user-friendly air-cooling system make it a perfect choice for manufacturers producing compostable tableware, packaging, and agricultural films.

 

 

Applications
Perfectly suited for producing:

  • Disposable lunch boxes, cups, and cutlery

  • Shopping bags and courier bags

  • Straws and takeaway food containers

  • Mulching films and agricultural covers

  • Other biodegradable daily-use items

 

 

Performance Benefits

  • Improved Mixing Accuracy: Ensures high-quality bio-plastic blends

  • Lower Operational Cost: Compact and simple system reduces energy and labor costs

  • Cleaner Workshop Environment: Smoke extraction feature enhances workplace safety

  • Stable Long-Term Production: Durable extruder parts extend machine lifespan

  • Enhanced Pellet Quality: Smooth cooling and pelletizing for consistent granule shape

  • Adaptable Design: Optional configurations for varying production needs

Key Benefits and Features

Feature
Description
Integrated Premix System
Ensures uniform blending of bio-resin, starch, powder fillers, and additives
Modular Twin Screw Extruder
High torque gearbox and screw design ensure stable, high-efficiency compounding
Efficient Cooling & Pelletizing
Long air cooling bed with pelletizer simplifies strand handling and cutting
PTFE-Coated Cooling Bed
Prevents sticky melt buildup and minimizes cleaning downtime
Eco-Friendly Air System
Optional covered section with negative pressure reduces smoke and pollution
Easy to Operate
Simple mechanical layout with accessible controls for smooth operation

Process steps

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Specifications

Model
L/D ratio
Speed
Motor power
Torque level
Capacity for reference
Typical formula
CJWH-52
40-56
400rpm
55KW
9N.m/cm³
180kg/hr
Bio-plastic+
CJWH-65
40-56
400rpm
110KW
9N.m/cm³
360kg/hr
Filler+
CJWS-52
40-56
400rpm
75KW
11N.m/cm³
260kg/hr
Additive
CJWS-65
40-56
400rpm
132KW
11N.m/cm³
450kg/hr
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