Fast Shredder and crusher combination machine

Shredder
November 19, 2025
Category Connection: Plastic Recycling Line
Brief: Watch this demonstration of the Industrial Single Shaft Waste Scrap Metal Plastic Shredder Machine in action, showcasing its high-speed rotation and efficient processing of PP, PE, HDPE, LDPE, and PVC materials. Learn how it handles melt lumps and pre-crushes tough materials like sacks, tires, and cables for smoother granulator operation.
Related Product Features:
  • High-speed single shaft shredder designed for processing tough melt lumps and rigid plastic scraps.
  • Features two types: sliding port shredder and upper port shredder, both with identical motor and inner structure.
  • Equipped with rotating and fixed blades to pre-crush materials like sacks, jumbo bags, and tires.
  • Includes automatic stop, reverse direction run, and alarm functions to prevent jamming and overload.
  • Ideal for PP, HDPE, LDPE, LLDPE, and other plastic materials in various shapes.
  • Production capacity ranges from 300kg/hr to 1000kg/hr, depending on material type and shape.
  • Enhances granulator efficiency by pre-crushing materials, extending blade life and increasing capacity.
  • Suitable for industrial applications requiring robust shredding of plastic waste and scrap metal.
Faqs:
  • What types of materials can the Industrial Single Shaft Shredder Machine process?
    The shredder is designed to handle PP, PE, HDPE, LDPE, PVC, and other plastic materials, as well as tough items like sacks, tires, and cables.
  • What is the production capacity of this shredder machine?
    The production capacity varies from 300kg/hr to 1000kg/hr, depending on the material type and shape being processed.
  • How does the shredder prevent jamming and overload?
    The machine features automatic stop, reverse direction run, and alarm functions to handle material jamming, metal escape, and overload situations.
  • What are the differences between the sliding port and upper port shredders?
    Both shredders have the same motor and inner structure; the difference lies in the design of the feeding port—sliding port vs. upper port—for material input convenience.