An aluminum scrap processing route combining crushing, screening, magnetic separation and eddy current sorting. Match the equipment to cans, profiles, cast parts or the defined mixed feed.
Discuss your material
Aluminum scrap is crushed for downstream material separation.
Crushed material is classified before sorting.
Ferrous and non-ferrous materials are separated from impurities.
Loose or baled beverage cans, long profiles, panels and cast parts present different feed conditions. Describe which material forms the regular load and which appears occasionally. Include representative photographs, dimensions and the condition in which the material reaches the line.
For dismantled parts and mixed scrap, identify attached iron, plastic, rubber and other materials where known. If several feed families will be processed, ask how each is handled and whether changeovers or separate preparation are required. A proposal based only on clean cans should not be treated as a confirmed route for every aluminum scrap load.
This route combines crushing, screening, magnetic separation and eddy current separation. Crushing prepares the scrap for downstream treatment, screening divides material by size, and the separation stages address different material fractions.
Discuss the order and scope of these modules for the proposed feed. Aluminum can equipment and profile equipment in our range provide different starting points for this conversation; their presence in the catalogue does not make them interchangeable. Confirm the exact crusher, sorting configuration and collection arrangements in the offer.
Start with the requirements of the receiving buyer or melting operation. Specify the desired material form and the unwanted content that must be checked. If alloy identity is important, state that separately rather than assuming a general metal-separation stage establishes the alloy composition.
Review the recovered aluminum together with iron, light material and other collected fractions. For a trial, record the original feed and the configuration that produced the samples. Purity and recovery claims need that material context; a photograph of clean-looking aluminum is not a complete account of what happened to the load.
Share the planned working period, incoming quantity, available space and existing conveyors or sorting equipment. Ask the proposal to show transfers between stages and the positions where each fraction is collected.
Identify which feeding, crushing, sorting, control and dust-handling components are supplied, and which tasks remain with the site. A clear scope makes the choices easier to compare: the preparation needed for each feed family, the aluminum product to be checked and the modules required to connect them.
Their shape and preparation differ. Describe the intended mix and ask which configuration, preparation and operating arrangement is proposed for each feed family.
Do not treat nonferrous sorting as proof of alloy identity. If alloy composition matters to the buyer, define a separate identification and verification requirement.
Provide representative feed and agree the preparation, equipment configuration and collected fractions to record. Check the intended aluminum product and the material remaining in other streams.
The VSC41600 is a vertical-shaft impact system for loose used beverage cans and compressed UBC feed. Crushing is combined…
The SC1214 aluminum profile crusher addresses larger-volume or heavier-section scrap within the aluminum crushing range.…
The DS46150 dual-shaft shredder reduces aluminum alloy profiles, extrusions and large sections through counter-rotating…
The ECS separator uses a rotating magnetic field to change the trajectory of conductive nonferrous particles at a conveyor…
Share your material, production needs and site requirements. We’ll help you discuss a suitable equipment configuration.
Waste Aluminum Recycling Line