4-Shaft Shredder Mixed Materials Capability
Advanced structural design enables efficient processing of varied hardness materials in complex industrial applications
SStructural Advantages
- Staggered blade arrangement creates multi-dimensional shearing space
- Cross-cutting forces decompose mixed materials layer by layer
- Force distribution across four shafts reduces jamming risks
- Consistent processing of soft and hard material combinations
Key Benefit
50% lower jamming risk compared to dual-shaft shredders when processing mixed hardness materials
PProcessing Capabilities
- Handles complex mixtures with varying hardness levels
- Progressive crushing for efficient material reduction
- Prevents shutdowns from instantaneous hardness variations
- Maintains stable operation with mixed material streams
Soft Materials Medium-Hard Hard Components Mixed Waste
Example Application
Industrial waste containing plastic, rubber and metal debris processed efficiently in single pass
OOperational Considerations
- Monitor proportion and size of hard components
- Pre-screen oversized hard materials when necessary
- Select appropriate blade materials for hardness range
- Balance processing efficiency with equipment longevity
Important Notice
Excessive hard materials (large steel bars) may accelerate blade wear or cause jams - pre-processing recommended for optimal performance
Tungsten Carbide Size Limits Pre-Screening
Optimal Solution for Complex Materials
With proper material composition control and size management, the 4-shaft shredder delivers superior performance in processing mixed hardness materials, making it ideal for industrial waste and complex municipal waste applications.
