Suitable Projects
Prepared aluminum sheets, UBC cans, selected cast parts, machinery aluminum and suitable production offcuts.
Aluminum Scrap
Processing System
Aluminum Scrap Recycling Line
A configurable line for selected aluminum sheets, cans, cast parts and production scrap, using material-specific shredding or crushing, iron removal, screening and optional further sorting.
- Material Evaluation
- Shredding or Crushing
- Iron Removal
- Optional Sorting
MaterialSelected aluminum scrap
Feed ConditionLoose, bulky or prepared
Main ProcessSelected by feed
OutputAluminum-rich fraction
SeparationIron removal
InstallationCustom arrangement
Purpose and Boundaries
Configure the Process Around the Aluminum Scrap Type
The line page explains the complete system rather than repeating one machine page.
Aluminum scrap varies in shape, thickness, attachments and downstream requirements, so one fixed equipment sequence is not suitable for every project.
Bulky material may need primary shredding, while prepared material may enter a crusher or suitable sorting process directly.
Typical Objective
Reduce size, remove exposed iron and prepare aluminum-rich material for reuse or further recovery.
Separate Evaluation
Hot dross, aluminum ash, fine aluminum powder, magnesium scrap and unknown chemical material need dedicated processing.
Optional Expansion
Primary shredding, hammer crushing, screening, airflow sorting and eddy current separation.
Incoming Material
Different Aluminum Scrap Requires Different Processing
Confirm whether the aluminum is long, hollow, thin, cast, compacted or mixed with steel, plastic and rubber.
Representative material photos and videos are more useful than a
material name alone.
Dimensions and ShapeLong profiles, cans and cast pieces
feed differently.
Thickness and DensityThin sheet and dense cast aluminum
require different equipment.
Loose or CompactedCompacted material may require
opening or primary shredding.
Attached MaterialsIdentify iron, plastic, rubber, oil
and insulation.
Required ProductDefine the output size and recovered
fractions.
Production Process
How the Aluminum Scrap Recycling Line Is Configured
Only the stages required by the material and target output are included.
Material Inspection
Remove reactive and unsuitable material.
Pre-Sorting
Separate obvious foreign objects.
Primary Size Reduction
Shred bulky aluminum when required.
Controlled Crushing
Produce smaller and more liberated material.
Ferrous Removal
Recover exposed iron and steel.
Screening
Create suitable size fractions.
Optional Sorting
Recover suitable conductive material.
Equipment Configuration
Each Machine Has a Defined Role in the Line
Equipment is selected for a specific task rather than added as a fixed package.
Usually Required
Slat Conveyor
Provides controlled feeding for aluminum scrap.
View equipment details →
Optional Primary Stage
Scrap Aluminum Shredder
Coarsely shreds bulky or irregular aluminum.
View equipment details →
Material-Dependent Main Stage
Scrap Aluminum Crusher
Produces smaller screen-controlled aluminum pieces.
View equipment details →
Usually Recommended
Magnetic Separator
Removes exposed iron and steel attachments.
View equipment details →
Optional Sorting Stage
Eddy Current Separator
Recovers conductive metal from suitable residue.
View equipment details →Machine Selection Logic
Choose Size Reduction or Consider Direct Sorting?
Different machines solve different processing problems and should not be presented as interchangeable.
Choose Size Reduction
- Bulky material cannot feed steadily
- Attachments require liberation
- Smaller material is required
- Screening or separation follows
VS
Consider Direct Sorting
- Material is already suitably sized
- Particles are sufficiently liberated
- Ferrous metal has been removed
- Feed can be spread evenly
Processed Output
Show the Material Streams, Not Only the Machinery
The final output depends on feed composition, liberation and installed separation stages.
Aluminum-Rich Product
Prepared aluminum after size reduction and iron removal.
Ferrous Attachments
Screws, shafts and other exposed iron or steel.
Residual Mixed Fraction
Plastic, rubber and remaining material for further evaluation.
Detailed Line Information
Production Line Details
Review working videos, technical data and project information.
Aluminum Scrap Recycling Line Overview
The aluminum scrap recycling line is configured for selected aluminum sheets, cans, cast parts, machinery aluminum and production offcuts. Because aluminum scrap varies widely in shape, thickness, density and attached materials, the processing route must be selected according to the actual feed rather than a fixed equipment package.
Bulky or difficult-to-feed aluminum may require primary shredding. Prepared material may enter a suitable crusher directly when smaller, screen-controlled output or improved material liberation is required.
Material-Specific Processing
Thin aluminum sheets, used beverage cans, cast aluminum and machinery aluminum do not behave in the same way during feeding and size reduction. The selected machine must match the material structure and the required downstream result.
Hot aluminum dross, aluminum ash, fine aluminum powder, magnesium scrap and chemically uncertain material are outside the scope of an ordinary aluminum scrap recycling line. These materials require dedicated processing and a separate safety assessment.
Iron Removal and Further Sorting
After shredding or crushing, a magnetic separator can remove exposed screws, shafts, brackets and other ferrous attachments. Separation performance depends on material liberation, particle size, feeding thickness and the position of the magnetic system.
An eddy current separator may be added when the prepared non-magnetic stream contains conductive non-ferrous metal mixed with suitable non-conductive material. Eddy current separation does not normally divide aluminum, copper, zinc and other metals into individual high-purity products. Additional density, sensor-based or manual sorting may be required for separate metal grades.
Information Required for Configuration
Please provide material photos or videos, maximum dimensions, thickness, bulk density, composition, required capacity, expected output size and target recovered products. The available installation area, feeding method, voltage and downstream use should also be confirmed.
The final system may combine controlled feeding, primary shredding, hammer crushing, magnetic separation, screening, eddy current separation, material collection and dust control. Only the stages required by the actual project should be included.
Reference Configurations
Three Practical Configuration Levels
Final models and performance are confirmed after reviewing representative material information.
Material-Specific Processing
- Controlled feeding
- Selected shredder or crusher
- Discharge conveying
- Electrical control
For relatively clean and prepared aluminum scrap.
Crushing and Iron Removal
- Controlled feeding
- Material-specific crushing
- Magnetic separation
- Screening
- Dust control
For aluminum containing ferrous attachments.
Multi-Stage Recovery
- Primary shredding
- Controlled crushing
- Magnetic separation
- Screening
- Optional eddy current separation
For mixed feed requiring more recovery stages.
Layout and Installation
The Line Is Arranged Around the Site
Equipment spacing, conveyor length and collection positions depend on building dimensions, loading method, maintenance access and final material handling.
Machine foundationsMaintenance
clearancesFeed loading areaOutput collection
areasElectrical cabinet locationDust duct
routingCrane and lifting accessFuture expansion space
Production Line Gallery
Use Line Images for Installation, Connection and Output
The gallery stays in the content rather than dominating the top like a single-machine carousel.
Frequently Asked Questions
Questions Specific to the Complete Line
Does every aluminum line need both a shredder and a crusher?
No. A shredder is used for bulky, long or difficult-to-feed aluminum scrap and performs low-speed coarse size reduction. A crusher is selected when smaller, screen-controlled output or improved material liberation is required. Some prepared aluminum scrap may enter a suitable crusher directly without primary shredding.
Can an eddy current separator separate aluminum from copper?
An eddy current separator mainly separates conductive non-ferrous metals from suitable non-conductive material. It does not normally separate aluminum and copper into individual high-purity products. Additional density separation, sensor-based sorting or manual sorting may be required when separate metal grades are needed.
Can this line process aluminum ash or hot dross?
No. Aluminum ash, hot dross, fine aluminum powder, magnesium scrap and chemically uncertain material should not be treated as ordinary aluminum scrap. Reactive, hot or fine material requires a dedicated process, suitable environmental controls and a separate safety assessment.
Can one recycling line process aluminum cans, sheets and cast parts together?
Not always. Aluminum cans, thin sheets and dense cast parts have different feeding, crushing and separation characteristics. Mixed processing may reduce production stability or product consistency. Representative material should be reviewed before deciding whether different aluminum scrap types can share one line or should be processed in separate batches.
When is magnetic separation required in an aluminum recycling line?
Magnetic separation is recommended when the aluminum scrap contains screws, steel brackets, shafts or other ferrous attachments. Shredding or crushing should expose these components before magnetic recovery. Relatively clean aluminum scrap without meaningful ferrous contamination may not require the same magnetic separation configuration.
How is the aluminum output size controlled?
A twin shaft shredder normally produces coarse and irregular output. When a smaller maximum size is required, a suitable aluminum crusher can use high-speed hammer impact together with a screen or grate. The actual output also depends on the feed dimensions, thickness, material structure and selected rotor configuration.
Project Evaluation
Send the Material Before Selecting the Line
The final configuration should be based on real feed conditions and required output, not a fixed equipment package.
