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Solutions for aluminium scrap recycling

At ZB, we design and deliver complete recycling solutions for aluminium scrap. Every plant is tailored to the type of material being processed, the required throughput and the desired recovery targets, helping maximise the value of recovered aluminium while improving overall plant performance.

What is aluminium scrap and how is it processed?

Aluminium scrap consists of a wide range of products and components, including profiles, castings, wheels, sheet metal, industrial offcuts and mixed aluminium fractions from recycling processes.

Because aluminium scrap varies significantly in alloy composition, size, density and contamination levels, efficient recycling requires carefully designed processes that combine pre-shredding, shredding, cleaning, separation and sorting technologies.

At ZB, we develop solutions tailored to the incoming material, the required throughput and the desired quality of the recovered aluminium fractions.

Installations designed around your material, production targets and recovery goals

Every plant is engineered according to the characteristics of the material and the customer’s operational requirements. To define the most effective process configuration, we evaluate:

  • Type and origin of the aluminium scrap
  • Alloy composition and material characteristics
  • Required production capacity
  • Pre-shredding, shredding and separation requirements
  • Target quality and purity of the recovered aluminium
  • Existing sorting and separation systems
  • Future expansion requirements

Based on this assessment, we design a technical solution that delivers consistent material feed, efficient shredding and maximum recovery of aluminium.

Proper material preparation improves the efficiency of downstream cleaning, separation and sorting processes, reducing contamination while increasing overall plant productivity.

Higher aluminium recovery and improved product quality

The right process configuration increases the efficiency of downstream separation systems, improves aluminium recovery and produces cleaner, higher-value recycled materials.

By integrating cleaning, magnetic separation, Eddy Current separators and sorting technologies, aluminium fractions can be recovered more efficiently, reducing impurities and improving the commercial value of the final product.

Our products

Light Scrap Metal Recycling Solutions

We integrate stationary and mobile equipment to prepare, shred and process light scrap in industrial recycling operations. Each solution is configured according to the material characteristics, required throughput and target size reduction, combining preshredders, hammermill shredders and integrated processing systems when needed.

Here to support your process

What materials are classified as aluminium scrap?
Aluminium scrap includes extruded profiles, sheet metal, cast aluminium components, wheels, industrial offcuts, mixed aluminium scrap and other aluminium-containing materials from industrial and recycling processes.
What equipment is used to recycle aluminium scrap?
The process configuration depends on the type of material and the required final product. Most recycling plants combine pre-shredding, hammermill shredding and downstream cleaning, separation and sorting technologies to maximise aluminium recovery.
Why is material preparation important?
Proper material preparation ensures a consistent hammermill feed, improves downstream separation efficiency, reduces contamination and increases the recovery of valuable aluminium alloys.
How can the value of recovered aluminium be increased?
Combining pre-shredding, shredding, cleaning and sorting technologies produces cleaner, higher-purity aluminium fractions that meet the quality requirements of secondary aluminium producers and deliver greater commercial value.
Contact

Looking for the right industrial solution for your material?

Tell us what you need to process, your required capacity and your goals. Our technical team will evaluate your project and guide you towards the most suitable solution.