The laboratory co-rotating parallel twin-screw granulator is used for mixed extrusion granulation of various plastics such as general plastics, engineering plastics, elastomers, etc.

Features:

1. The barrel cover is opened in sections, which makes process adjustment convenient.

2. Quick-detachable die head screen changer, quick to clean and change the screen.

Precision Laboratory Twin-Screw Experimental Extrusion Unit

Product Overview

The Laboratory Twin-Screw Experimental Extrusion Unit is a high-precision, small-scale pilot system engineered for material R&D, additive masterbatch development, and polymer compounding trials. This unit allows manufacturers and research institutions to simulate full-scale production processes with high accuracy while utilizing minimal material, significantly reducing the cost of innovation and quality testing.

Core Technical Advantages

• Precision Co-Rotating Twin-Screw Design: Provides superior dispersive and distributive mixing, making it ideal for testing complex formulations and high-filler compounds.

• Segmented Barrel Architecture: Features multiple independent heating zones with precise PID temperature control to ensure a stable thermal profile for sensitive engineering plastics.

• High-Torque Performance: Equipped with a rugged industrial motor and precision gearbox to deliver consistent torque even during low-speed trials.

• Advanced Safety Shielding: The extrusion barrel is fitted with high-visibility warning labels and protective covers to ensure operator safety during high-temperature R&D operations.

• Streamlined Compact Footprint: Optimized for laboratory environments, featuring an integrated heavy-duty steel base for vibration-free performance.

• Stainless Steel Gravity Hopper: Designed for easy cleaning and rapid material changeover, preventing cross-contamination between experimental batches.

Typical Applications

• New Material Formulation: Ideal for testing the compatibility of polymer alloys and new chemical additives.

• Masterbatch Development: Precision color matching and testing of functional masterbatches.

• Pilot Scale Production: bridging the gap between benchtop theory and large-scale industrial manufacturing.

• Quality Assurance: Verifying raw material properties before full production runs.

Technical Specifications (Reference)