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Material Form
Loose sheets, cans, profiles, short chips and tangled swarf behave differently during feeding and compaction.
Metal Recycling Applications
Find suitable processing routes for ferrous scrap, non-ferrous metal, machining chips and foundry return material.
Material Applications
Common Scrap Streams and Processing Routes
These application routes are a practical starting point. Final equipment selection should be based on representative material samples and confirmed operating data.
More Applications
Published Application Routes
Additional material applications published from the website management system.
Selection Logic
Four Inputs That Shape Every Recommendation
Equipment model alone does not define a successful process. The complete operating context matters.
Required Throughput
Hourly capacity, shifts and peak material flow determine machine size and automation requirements.
Finished Product
Bale or briquette dimensions, density and discharge method should match storage and downstream handling.
Site Integration
Available space, lifting equipment, power, conveyors and maintenance access influence the final layout.
Application FAQ
Questions Before Equipment Selection
Preparing these answers helps shorten technical confirmation and reduces the risk of an unsuitable configuration.
Which material information is needed for an equipment review?
Provide representative photographs or samples, metal or alloy, source process, typical and maximum dimensions, loose bulk density, normal and peak quantities, contamination and residual oil or moisture. Explain the required bale or briquette form and the receiving recycler’s requirements. Identify mixed grades, fine powders, residues or other hazards separately; a material name alone is not enough to confirm a processing route.
When do chips or scrap need preprocessing?
Preprocessing is considered when material cannot feed consistently or fit safely within the selected equipment. Long swarf may require controlled size reduction, large offcuts may require shearing, and liquid or foreign materials may require separation. The preparation method must suit the material and its hazards. Do not assume fine metal powder, sludge or contaminated residues can use the same route as clean bulk scrap.
How can a material trial support capacity confirmation?
Use a sample that represents normal production, including realistic chip length, loose density, liquid content and contamination. Agree on the feeding arrangement, trial duration, output weight, finished dimensions and acceptance criteria. Review loading, discharge, interruptions and any preparation stage, not only compression time. A successful sample demonstrates those test conditions; different batches or site workflows require further assessment.
Can one machine process different metals or changing scrap batches?
Possibly, but each intended material must be reviewed for strength, dimensions, bulk density, feeding behavior and finished-product requirements. Changing alloys or contamination can affect tooling, wear, cleanliness and downstream acceptance. Define separation and changeover procedures, and confirm any different operating settings with the supplier. Do not transfer an output figure from one material to another without supporting application data.