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Waste Shredder Machine
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Xrido MRF Shredder Machine for Waste Plastic Metal Recycling

Xrido MRF Shredder Machine for Waste Plastic Metal Recycling

Brand Name: Xrido
Model Number: 1600
Payment Terms: Negotiable
Detail Information
Certification:
CE ISO TUV
Place Of Origin:
Henan, China
Video Outgoing-inspection:
Provided
Machinery Test Report:
Provided
Core Components:
PLC, Engine, Bearing
Brand Name:
Xrido
Warranty:
1 Year
Material / Metal Processed:
Stainless Steel, Brass / Copper, Alloy, Carbon Steel, Aluminum
Key Selling Points:
Automatic
Name:
Waste Palstic Crushing
Keyword:
Double Shaft Scrap Metal Recycling
Final Product:
1-10 Cm
Color:
Customized Color
Advantage:
High Efficiency Low Energy Consumption
Capacity:
300-22000 Kg/hour
Type:
Environment-friendly
Material Processed:
PE Film PP Woven Bags
After-sales Service Provided:
Service Machinery Overseas
Condition:
New
Warranty Of Core Components:
1 Year
Applicable Industries:
Building Material Shops, Manufacturing Plant, Farms
Showroom Location:
Brazil
Delivery Time:
2-30 Working Days
Highlight:

plastic metal shredder machine

,

waste recycling shredder machine

,

MRF shredder for recycling

Product Description
MRF Shredder Machines for Material Recovery Facilities
Product Specifications
Attribute Value
Place of Origin Henan, China
Brand Name Xrido
Warranty 1 Year
Core Components PLC, Engine, Bearing
Material Processed Stainless Steel, Brass/Copper, Alloy, Carbon Steel, Aluminum, PE Film, PP Woven Bags
Capacity 300-22,000 Kg/hour
Final Product Size 1-10 cm
Key Features Automatic, High Efficiency, Low Energy Consumption, Environment-friendly
Applicable Industries Building Material Shops, Manufacturing Plant, Farms
Product Overview

The MRF Shredder is the core equipment in material recovery facilities, designed to break down large and complex recyclables into uniform small pieces for efficient sorting and processing. This robust machine handles various materials through advanced shearing and tearing mechanisms.

Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 0
Working Principle
  • Material Feeding: Grab crane feeds mixed materials into the feed port with constant pressure push plate
  • Tearing & Shearing: Dual rotating shafts with blades clamp materials for crushing through shearing, tearing, and extrusion forces
  • Screening Process: Crushed materials are filtered through screens with oversized particles recirculated for further processing
Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 1
Key Advantages
  • Material Versatility: Processes plastics, metals, wood, fibers, and electronic waste with varying hardness and toughness
  • Controlled Output: Adjustable tool gaps and screening systems ensure precise particle size (1-10 cm)
  • High Throughput: Continuous operation with capacity ranging from 300 to 22,000 kg/hour
  • Energy Efficient: Optimized power consumption while maintaining high processing efficiency
Application Scenarios
  • Municipal Waste: Reduces volume of plastics, paper, metals, and wood for efficient sorting and disposal
  • Industrial Waste: Processes plastic scraps, metal scraps, and rubber products for recycling
  • E-Waste: Separates plastic components from circuit boards and cables for precious metal recovery
  • Textile Waste: Converts discarded clothing and fabrics into reusable fiber materials
Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 2
Process Flow
Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 3
Final Product Examples
Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 4 Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 5 Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 6
Case Studies
Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 7 Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 8 Xrido MRF Shredder Machine for Waste Plastic Metal Recycling 9

The MRF shredder serves as the critical first step in transforming mixed recyclables into sorted materials. With future advancements including AI-powered adaptive crushing and energy optimization, these machines continue to evolve for greater efficiency in material recovery operations.