Applicable Materials: Light scrap steel, scrap iron sheets, appliance shells, color steel tiles, prepared vehicle body panels, empty metal drums, steel fabrication offcuts, selected baled light steel scrap and mixed ferrous scrap.
Key technical information for quick evaluation.
Review the equipment introduction, working principle, advantages and technical specifications in one clear page.
The scrap steel shredding production line is a configurable processing system used for light scrap steel, steel sheets, color steel tiles, appliance shells, prepared vehicle body panels, empty metal drums, fabrication offcuts and selected compressed steel scrap.
Bulky, compressed or irregular scrap may first pass through a scrap steel shredder for low-speed, high-torque opening and primary size reduction. The shredded output is normally coarse and irregular, making it easier to convey, inspect, separate or feed into the next processing stage.
When smaller and more consistent output is required, the prepared material can be transferred to a scrap steel crusher for high-speed hammer crushing and screen-controlled size reduction. Primary shredding and secondary crushing are separate stages and should be selected according to the incoming material and required final result.
After shredding or crushing, a magnetic separator can recover exposed iron and steel from loosened non-metallic residues or mixed processed material. Clean, single-metal steel scrap may not require every separation stage.
After ferrous metal removal, screening and suitable material preparation, an eddy current separator may be considered when conductive non-ferrous metals need to be recovered from an appropriate non-metallic material stream. It is not a standard requirement for every scrap steel project.
The scrap steel shredding production line can include feeding conveyors, primary shredding, optional secondary crushing, magnetic separation, screening, sorting platforms, dust collection, material collection and centralized control. The final configuration depends on the scrap dimensions, thickness, density, composition, required capacity, expected output and installation space.
Heavy steel beams, thick solid shafts, oversized castings, railway steel, sealed containers, pressure vessels, batteries, fuel tanks and unidentified hazardous materials require separate handling, hydraulic shearing or another suitable processing method.
HXPS series scrap steel crusher and production line composition and material classification display：
Scrap steel should be inspected before feeding. Sealed containers, pressure vessels, batteries, fuel tanks, explosive items, thick solid steel and unidentified hazardous materials must be removed or handled separately.
Approved scrap is loaded onto a chain plate conveyor or another suitable feeding system. Conveyor width, loading height and feeding speed are selected according to the material dimensions, weight and required line capacity.
Bulky, compressed and irregular scrap may enter a low-speed, high-torque shredder. Two cutter shafts open and tear the material into shorter, looser and irregular pieces for stable downstream conveying.
Primary shredding is optional. Properly sized light steel scrap may enter the crushing stage directly.
When smaller and more consistent output is required, the prepared material enters a hammer crusher. A high-speed rotor drives the hammers to repeatedly impact, deform and break the scrap steel.
The screen or grate helps control the discharge size. Material that does not pass through the selected screen remains in the crushing chamber for further processing.
The processed material is conveyed through magnetic separation. Exposed iron and steel are recovered and transferred to a separate collection area.
Screening or material spreading equipment can be added when the processed output contains a wide particle size distribution or requires more uniform feeding before further sorting.
Additional non-ferrous sorting should only be considered when the material contains suitable recoverable non-ferrous components after ferrous metal removal.
Dust collection can be configured around the crusher, screening equipment and conveyor transfer points according to the material condition and workshop requirements.
Processed material is transferred to the selected collection, baling, storage or downstream processing area. The centralized control system coordinates the connected machines and helps reduce material accumulation between processing stages.
Suitable when the main objective is opening compressed scrap, reducing bulky material and improving conveying conditions.
Feeding Conveyor → Scrap Steel Shredder → Discharge Conveyor
Suitable for mixed scrap that requires opening and ferrous metal recovery.
Feeding Conveyor → Scrap Steel Shredder → Magnetic Separation → Material Collection
Suitable when coarse shredded output requires further size reduction and screen-controlled discharge.
Feeding Conveyor → Scrap Steel Shredder → Scrap Steel Crusher → Magnetic Separation
Suitable for prepared mixed scrap requiring size reduction, ferrous recovery and additional material sorting.
Feeding → Optional Primary Shredding → Hammer Crushing → Magnetic Separation → Screening → Optional Additional Sorting
These configurations are examples rather than fixed equipment lists. The final process must be selected according to the actual scrap material and required recovered products.
Detailed flowchart of scrap steel crusher for different metal materials：
Two-stage scrap metal processing: The line combines twin shaft shredding and hammer crushing. The twin shaft shredder first opens and reduces bulky or compressed scrap into smaller loose pieces, while the scrap steel crusher performs further crushing for smaller output size and easier material handling.
More stable feeding for the crusher: Pre-shredding helps reduce sudden impact load on the scrap steel crusher and supports more continuous feeding. This configuration is suitable for prepared car shells, appliance shells, color steel tiles, light scrap steel, compressed scrap materials, paint buckets and oil drums.
Better material preparation for sorting: After shredding and crushing, the scrap metal becomes smaller and easier to separate by magnetic separator and optional eddy current separator. The final separation effect depends on material composition, particle size, feeding condition and sorting equipment configuration.
Suitable for different scrap steel materials: The line can process light ferrous scrap, prepared car shells, appliance shells, metal sheets, color steel tiles, steel offcuts, baled light scrap and mixed recyclable scrap metal.
Customizable production line configuration: The feeding method, shredder model, crusher model, motor power, screen size, conveyor layout, magnetic separator, eddy current separator and dust collector can be customized according to material type, required capacity, output size and site layout.
Easier storage, transportation and further processing: After shredding, crushing and sorting, the output material has smaller size and better handling characteristics. This makes the material easier for storage, transportation, resale or furnace preparation after proper sorting.
Note: The actual capacity, output size and separation effect depend on raw material type, feeding size, material thickness, screen opening and production line configuration.
Parameter description diagram for Scrap Steel Shredding Production Line | Scrap Steel Recycling Line | Haoxing Machinery:
Technical Configuration Note
The HXPS/HXSS scrap steel shredding and crushing production line can be configured according to material type, feeding size, required capacity, output size, site layout and sorting needs.
A typical line can include:
Feeding conveyor
Twin shaft shredder
Scrap steel crusher
Discharge conveyor
Magnetic separator
Optional eddy current separator
Optional dust collector
Electric control cabinet
Supporting platform and auxiliary equipment
The shredder model, crusher model, motor power, screen opening, conveyor layout and sorting equipment can be selected according to the material condition and production requirement.
Haoxing Machinery can provide line design, equipment manufacturing, installation guidance, commissioning support and operator training according to project requirements.
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
Yes. The layout can be customized according to the workshop size, feeding direction, discharge position, available space, and required sorting process. Before design, customers can provide site drawings, photos, or installation dimensions so the equipment layout can better match the actual working area.
Yes. A dust removal system is usually recommended for scrap steel shredding and crushing production lines. It helps reduce dust during feeding, shredding, conveying, and sorting, making the working environment cleaner and improving overall production safety.
The capacity depends on the shredder power, feeding size, material thickness, blade or hammer configuration, and separation system. For a large scrap steel shredding line, the production capacity should be designed according to the customer’s raw material type and required output size.
Yes. A complete scrap steel shredding production line can be configured with an eddy current separator if non-ferrous metal recovery is required. The final design depends on material composition and sorting requirements.
An eddy current separator is recommended when non-ferrous metals such as aluminum and copper need to be recovered from mixed materials. The final configuration should be selected according to material composition and recovery goals.
Yes. A detailed production line flow diagram can be provided according to your raw material, capacity requirement, site layout, feeding method, and separation process.
Yes. A production line can be adjusted later if capacity, raw material, or output requirements change. However, the initial process design should reserve enough space and interface for future upgrades.
The price depends on the required capacity, equipment configuration, feeding system, conveyor layout, magnetic separation, dust removal system, and automation level. A quotation should be based on the actual material and output requirements.
Iron can be separated by a magnetic separator after crushing. For mixed materials, additional equipment such as an eddy current separator, air separator, or screening system can be added to improve sorting efficiency.
A standard scrap steel crushing line usually includes a chain conveyor, shredder or crusher, discharge conveyor, magnetic separator, dust collection system, and electrical control cabinet. An eddy current separator can be added if non-ferrous metal separation is required.
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