Plastic shredders play a critical role in size reduction and material preparation, transforming bulky plastic waste into uniformly sized fragments. These processed materials are ideal for direct use in extrusion, injection molding, or further pelletizing, enabling closed-loop recycling systems.
1. Heavy-Duty Hard Plastic Shredder
Applications
Efficiently processes rigid plastics including ABS sheets, PE/PP boards, and composite panels.
Design Features
Optimized Feed Inlet: Rectangular hopper design accommodates elongated materials, enhancing continuous feeding efficiency.
Integrated Recycling System: Compatible with suction fans and collection bins for seamless material handling.
Durability Enhancements:
Sealed bearing units ensure long-term operational stability.
Precision-engineered blades with heat-shrunk blade seats deliver consistent particle sizing.
Aesthetically streamlined housing minimizes maintenance complexity.
2. High-Performance Universal Shredder
Versatile Processing Capabilities
Designed for diverse plastic formats: films, pipes, profiles, and packaging materials.
Engineering Innovations
Hybrid Blade Configuration: Combines the advantages of claw and flat blade geometries for multi-material adaptability.
Reliability-Centric Components:
Long-life sealed bearings reduce downtime.
High-grade alloy steel blades ensure uniform fragmentation.
Ergonomic structural design simplifies operation and maintenance.
3. Specialized Pipe Shredding System
Targeted Applications
Optimized for PVC, PE, and silicone-core pipes (diameters ≤300mm).
System Advantages
Pipe-Centric Feed Design: Cylindrical input port facilitates continuous processing of tubular materials.
Turnkey Recycling Integration:
Optional vacuum conveying and bulk storage creates closed-loop material flow.
Enhanced throughput efficiency for pipe-specific recycling lines.
Performance Guarantees:
Anti-vibration rotor assembly minimizes noise pollution.
Modular blade replacement system reduces service intervals.
Technical Benefits Across All Systems
Material Quality Preservation:
Controlled fragmentation prevents thermal degradation.
Uniform output (5-15mm) ensures downstream process compatibility.
Operational Efficiency:
30-50% energy reduction vs. conventional crushers.
Automated safety protocols prevent jamming and overload.
Sustainable Design:
85% recycled steel construction.
Oil-free operation eliminates secondary contamination.
Industry Applications
| Shredder Type | Typical Input | Output Use Cases |
|---|---|---|
| Heavy-Duty | Engineering plastic sheets | Automotive parts, industrial pallets |
| Universal | Mixed packaging waste | Film extrusion, 3D printing feedstock |
| Pipe Specialist | Post-construction tubing | Drainage systems, cable conduits |
