Applicable Materials: Prepared aluminum alloy automotive wheels, aluminum rims, scrap wheel hubs and other suitable cast aluminum wheel components within the crusher feeding limits.Complete wheels with tires, steel wheels, magnesium alloy wheels, sealed assemblies, components containing unknown materials and wheel hubs with large steel attachments require identification, dismantling or separate handling before crushing.
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Review the equipment introduction, working principle, advantages and technical specifications in one clear page.
The wheel hub crusher is a high-speed hammer crushing machine used to process prepared aluminum alloy wheels, scrap wheel rims and other suitable cast aluminum wheel components.
Tires, valve assemblies, lead or steel balancing weights, wheel covers and other easily removable attachments should be removed before crushing. The wheel material should also be identified because aluminum alloy wheels, steel wheels and magnesium alloy wheels require different processing methods.
A high-speed rotor drives the hammers to repeatedly impact, deform and break the prepared wheel hubs inside the crushing chamber. The hammers, liner plates and screen grate work together to reduce the cast aluminum, while the selected screen opening helps control the discharge size.
Wheel hubs that meet the crusher feeding limits may be processed directly. Oversized, unusually thick or irregular cast aluminum components may require hydraulic breaking or initial processing by a cast aluminum crusher before entering a finer crushing stage.
If the incoming material includes bulky mixed wheel assemblies, tangled scrap or difficult-to-feed aluminum components, primary size reduction by a scrap aluminum shredder may be considered according to the actual material condition.
After crushing, a magnetic separator can recover exposed steel balancing weights, wheel inserts, valve components and other ferrous materials from the aluminum-rich material stream.
After ferrous metal removal, screening and suitable material preparation, an eddy current separator may recover conductive non-ferrous metals from an appropriate non-metallic material stream.
An eddy current separator does not identify different aluminum alloy grades or separate aluminum and magnesium alloy wheels. Material identification and separate handling are required when different wheel alloys must be recovered individually.
The wheel hub crusher can operate as an individual machine or form part of an aluminum recycling line with controlled feeding, magnetic separation, screening, optional sorting, dust collection and centralized control.
The final configuration depends on the wheel dimensions, alloy type, wall thickness, attached components, required capacity, expected output size and downstream recovery objective.
Aluminum alloy wheels, steel wheels and magnesium-alloy wheels are different feed categories. The wheel hub crusher on this page is intended for prepared aluminum alloy rims and suitable cast aluminum wheel components. Mixed wheel loads should be inspected and classified before equipment selection because material composition affects crushing, fire control and downstream sorting.
Tires, inner tubes, valve assemblies, wheel covers, lead or steel balancing weights, large bearings, steel hubs and other easily removable attachments should be taken off before crushing. Complete wheel assemblies with tires are not standard direct feed. Dirt, stones, water and unidentified sealed components should also be controlled.
Prepared aluminum rims that meet the inlet and chamber limits may enter the hammer crusher directly. Oversized, unusually thick or heavily reinforced castings may require hydraulic breaking, cutting or a cast aluminum crusher first. Bulky mixed wheel assemblies or difficult-to-feed scrap may require low-speed coarse shredding, but a shredder should not be added automatically when direct controlled feeding is suitable.
Wheel diameter, rim thickness, spoke structure, individual weight, alloy condition, rotor load, hammer arrangement, screen opening and feed stability affect output. Smaller screen openings can improve maximum discharge control while increasing residence time and wear. Capacity should be estimated from representative wheels rather than motor power alone.
Magnetic separation can remove sufficiently exposed steel weights, inserts and ferrous fragments after crushing. Copper, lead, rubber, plastic and other attachments may require separate removal or additional sorting. An eddy current separator is not normally required for a clean aluminum-only fraction and does not separate different aluminum alloys by grade.
Please provide wheel photos, aluminum, steel or magnesium category, diameter and width range, individual weight, remaining tires and attachments, hourly quantity, required output, loading method, downstream products, local voltage and operating hours. Fixed capacity or aluminum purity should not be promised without representative feed data.
Scrap wheels should be inspected before crushing. Tires, wheel covers, valve assemblies, balancing weights and other easily removable attachments should be removed where practical.
The wheel material should be identified before processing. Aluminum alloy wheels, steel wheels and magnesium alloy wheels should not be mixed without a suitable material identification and handling process.
Prepared aluminum wheel hubs are transferred into the crushing chamber by a conveyor or suitable loading device. The feeding rate should match the wheel dimensions, individual weight and crusher load.
Oversized or unusually thick wheel components may require hydraulic breaking or another preparation method before hammer crushing.
A high-speed rotor drives the hammers to repeatedly impact, deform and break the aluminum wheel hubs inside the crushing chamber. Friction and compression between the hammers, liner plates and screen grate further reduce the cast aluminum material.
The crushing action may expose steel balancing weights, valve components, inserts and other attached materials for downstream separation.
Material that meets the selected screen opening is discharged from the crusher, while oversized pieces remain inside the crushing chamber for further processing.
Actual output depends on the wheel dimensions, alloy structure, hammer configuration, screen opening and feeding condition.
After crushing, magnetic separation can recover steel balancing weights, ferrous inserts and other exposed magnetic components from the aluminum-rich material stream.
Magnetic separation does not identify aluminum alloy grades or remove non-magnetic attachments.
Screening can divide the crushed output into different particle-size fractions and remove excessive fines. The screen configuration should be selected according to the downstream recovery process.
After ferrous metal removal and suitable material preparation, additional sorting equipment may be used according to the material composition and target recovered fractions.
Eddy current separation may recover conductive non-ferrous metals from suitable non-conductive residues, but it does not identify different aluminum alloy grades or separate aluminum from magnesium alloy material.
Dust collection can be configured around the crusher, screening equipment and conveyor transfer points according to the wheel surface condition, coating and workshop requirements.
Processed aluminum-rich material, ferrous attachments and residual fractions are transferred to separate collection areas according to the selected recycling process.
Wide Feed Opening for Wheel Hubs
The wheel hub crusher can be designed with a wide feed opening and reinforced crushing chamber. It is suitable for processing scrap aluminum wheels, automotive wheel hubs, aluminum alloy wheels and other bulky aluminum materials.
The machine uses a high-speed rotor and hammer system to impact, tear and crush aluminum wheel hubs. The hammers, liner plates and screen grate work together to reduce bulky aluminum parts into smaller pieces for conveying, sorting or downstream recycling.
The hammers and liner plates can be made of wear-resistant alloy or high-manganese steel according to the material type and operating conditions. Wear parts can be inspected and replaced based on actual use.
The crusher housing is built with a reinforced steel structure and wear-resistant liner plates. It is suitable for the continuous crushing of aluminum wheel hubs, cast aluminum parts and other non-ferrous metal scrap.
The bottom screen grate can be selected according to the required output size and downstream sorting requirements. Different screen openings are available for different aluminum wheel hub materials.
After crushing, the material can pass through a magnetic separator to remove ferrous impurities such as steel parts, screws and other magnetic materials.
An eddy current separator can be installed after magnetic separation. It helps separate aluminum and other conductive non-ferrous metals from non-metallic materials according to particle size and material composition.
The crushing line can be customized according to the material type, required capacity, output size and site layout. Available customization options include:
Feeding method
Crusher model
Motor power
Screen opening
Conveyor layout
Magnetic separator
Eddy current separator
Dust collection system
Control system
Parameter description diagram for Wheel Hub Crusher | Aluminum Wheel Recycling Machine | Haoxing Machinery:
Note: Specifications are for reference only. Actual capacity depends on wheel hub size, material type, feeding size, material hardness, moisture content, screen opening and production line configuration.
Custom configurations are available according to material condition, required capacity, output size and site layout. The production line can be equipped with feeding conveyor, wheel hub crusher, discharge conveyor, magnetic separator, optional eddy current separator, optional vibrating screen, pulse dust collector, electric control cabinet and other supporting equipment.
The aluminum wheel crusher is suitable for processing scrap aluminum wheels, automotive wheel hubs and other cast aluminum components for subsequent separation and recycling.
Scrap aluminum wheel recycling
Automotive wheel hub crushing
Aluminum alloy wheel processing
Wheel hub recovery from end-of-life vehicles
Cast aluminum part recycling
Automotive aluminum component recovery
Aluminum recycling plants
Scrap metal recycling yards
Wheel hub preparation for downstream separation and recycling
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
To improve recovery efficiency, the wheel hub crusher can be combined with feeding conveyors, magnetic separators, eddy current separators, screening equipment, dust collection systems, and automatic control systems. A properly designed wheel hub recycling line can improve material purity, reduce labor cost, and increase the value of recycled aluminum.
The final discharge size depends on the crusher model, cutter or hammer structure, screen configuration, and customer recycling requirements. In most recycling projects, scrap wheel hubs are crushed into smaller metal pieces to make magnetic separation, eddy current separation, storage, transportation, and furnace feeding more convenient.
A wheel hub crusher is mainly used for scrap aluminum wheel hubs. If the raw material includes steel wheel hubs or mixed metal wheels, the equipment configuration should be adjusted according to the material hardness, feeding size, and separation requirements. Magnetic separation equipment can also be added to remove ferrous metals.
A wheel hub crusher is used to crush scrap aluminum wheel hubs into smaller pieces for easier sorting, transportation, melting, and recycling. It helps reduce the volume of waste wheel hubs and prepares the material for further metal separation or remelting processes.
Yes. It can work with a feeding conveyor, shredder or crusher, magnetic separator, eddy current separator, screening machine, dust collection system, and control cabinet. This layout helps improve aluminum purity and makes the output more suitable for remelting.
Model selection should consider wheel diameter, material thickness, hourly capacity, feeding method, discharge size, motor power, and whether magnetic or eddy current separation is needed. For 17-inch to 22-inch wheel hubs, the feeding opening and cutter strength should be confirmed before quotation.
The main function is to reduce bulky aluminum wheel hubs into smaller metal pieces for easier magnetic separation, eddy current separation, furnace feeding, storage, and transportation. For mixed wheels, magnetic separation can be added first to remove steel or iron parts.
A wheel hub aluminum shredder is mainly used for scrap aluminum wheel hubs, aluminum alloy wheels, light aluminum castings, and similar non-ferrous metal scrap. Common projects may use models selected by wheel diameter, feeding size, material thickness, and required capacity, such as 1-5 t/h or higher depending on the line configuration.
If a suitable project site is available near your area, we can help arrange a visit. Please provide your city, material type, and equipment requirements so that a nearby reference site can be recommended.
Yes. A wheel hub crusher can be configured to process various scrap aluminum wheel hubs, including 18-inch wheel hubs. The final model should be selected according to hub size, thickness, and required capacity.
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