recycling-input-metals-turnings

Recycling plants for metal composites / Special solutions

Whether it’s metal/plastic compounds, profiles and sheets from production left-overs, metal turnings and used beverage cans: ANDRITZ Recycling can provide the appropriate recycling technology for any application.

The solutions are designed for use with metal recycling in mind, from the individual shredding machine to the complete recycling plant for a particular application.

Metal compound recycling plant

ANDRITZ MeWa metal recycling solutions

ANDRITZ MeWa metal-cleaning solution

Whenever metals are involved, our machines and plant solutions which are perfectly tailored to the material demonstrate their strength. When it comes to the separation of composites, the ADuro QZ shredder disintegrates these in one step. In all other cases, our cutting systems ADuro C shredder and the ADuro G shredder work precisely and reliably.

recycling-input-metals-aerosol-cans

Input

  • Batteries
  • Printed circuit boards
  • Solar panels
  • Cans
  • Aerosol cans
  • Aluminum profiles
  • Metal turnings
  • Slag
  • Fiber-reinforced plastics

Output

  • Iron
  • Copper
  • Aluminum
  • Tin
  • Plastics
recycling-output-metals-aluminum

Benefits: Metals and special materials

  • Decades of experience in developing tailored plants and solutions
  • Flexibility to handle a wide range of materials
  • Tailored processing and machinery depending on input/output requirements
  • High throughput High purity levels
  • High recovery rates
  • Gentle, environmentally friendly handling of potentially harmful substances
recycling-input-copper-cable

Cables and wires

Recover individual fractions with nearly 100% purity.

Weiterlesen
Chain of the ADuro QZ shredder

ADuro QZ shredder

Gently opening up of various material composites from e-scrap and refrigerators to bio-waste

Weiterlesen
downloads
  • ANDRITZ Recycling

    Recover raw materials and maintain values

    PDF : 5.3 MB
  • ADuro shredders

    Performance meets durability

    PDF : 1.2 MB