Applicable Materials: Prepared and emptied steel drums, opened paint buckets, tinplate drums, metal packaging barrels and other light-gauge ferrous containers within the crusher feeding limits. Chemical drums, fuel containers, sealed barrels, pressurized containers and drums with hazardous or unidentified residues require separate cleaning and safety assessment.
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The drum crusher is a high-speed hammer crushing machine used to process prepared steel drums, empty paint buckets, tinplate containers and other suitable light-gauge metal packaging.
Metal drums must be emptied, opened, drained and inspected before crushing. Containers holding fuel, solvents, chemicals, pressurized material, flammable residues or unidentified substances require separate cleaning, treatment and safety assessment before mechanical processing.
A high-speed rotor drives the hammers to repeatedly impact, deform and break the prepared drums inside the crushing chamber. The hammers, liner plates and screen grate work together to reduce the material, while the selected screen opening helps control the discharge size.
Properly prepared individual drums and paint buckets may enter a suitable crusher directly. Bundled, compacted or difficult-to-feed drum scrap may first require bale opening or primary size reduction by a twin shaft shredder.
After crushing, a magnetic separator can recover steel and tinplate fractions from loosened paint, rust and suitable non-magnetic residues. Screening, airflow sorting and manual inspection may be added according to the material condition and required recovered products.
An eddy current separator is not normally required for clean steel drum scrap. It may only be considered when suitable conductive non-ferrous metals remain mixed with non-conductive residues after ferrous metal removal and proper material preparation.
The drum crusher can operate as an individual machine or form part of a scrap metal recycling line with controlled feeding, optional primary shredding, material conveying, magnetic separation, screening, dust collection and centralized control.
The final configuration depends on the drum material, dimensions, wall thickness, surface coating, residual contamination, required capacity, expected output size and downstream treatment method.
Metal drums and paint buckets must be emptied, opened, drained and inspected before crushing. Labels and material records should be checked when the previous contents are known.
Sealed drums, pressurized containers and barrels containing fuel, solvents, chemicals, flammable residues or unidentified substances must not be treated as ordinary crusher feed.
Prepared drums are transferred into the crushing chamber by a conveyor or suitable feeding device. The feeding quantity should be controlled according to the drum dimensions, wall thickness and crusher load.
Bundled or compacted drum scrap may require bale opening or primary shredding before entering the hammer crusher.
A high-speed rotor drives the hammers to repeatedly impact, deform and break the metal drums. Friction and compression between the hammers, liner plates and screen grate further reduce the material.
Material that meets the selected screen opening is discharged from the crushing chamber, while oversized pieces remain inside for further crushing. The output depends on the drum material, wall thickness, hammer arrangement and screen opening.
After crushing, magnetic separation can recover steel and tinplate material from loosened paint, rust and suitable non-magnetic residues.
Magnetic separation does not remove oil, solvents or chemical contamination from the recovered metal.
Screening can be added to separate different particle-size fractions. Airflow sorting may help remove lightweight labels, coating fragments and other low-density impurities when the material condition is suitable.
Crushing coated or previously contaminated drums may release dust, coating fragments, odors or vapors. Enclosed feeding, ventilation, vapor collection and dust control should be selected according to the drum history, residual contamination and local safety requirements.
Processed steel, non-magnetic residue and collected fine material are transferred to their respective collection areas according to the selected process.
The drum crusher is built with a welded steel structure and wear-resistant liner plates inside the crushing chamber. The reinforced machine body is suitable for processing oil drums, paint buckets, thin metal containers and other light scrap metal materials.
The production line can be configured with a dual-shaft shredder before the hammer mill crusher. The shredder first opens and tears the drums into strips or irregular pieces, and the hammer crusher then performs secondary crushing. This two-stage process is suitable for bulky, thin and hollow metal containers.
Inside the hammer mill crusher, high-speed rotating hammers repeatedly impact and crush the shredded metal pieces. The screen configuration can be selected according to the required output size and recycling process.
After crushing, the material can be sent to a magnetic separator to separate ferrous metal from light impurities, paint flakes and non-metallic residues. The final separation effect depends on the material condition and sorting equipment configuration.
The drum crusher line can be equipped with a dust collector according to the site requirements. It helps collect dust and fine particles generated during crushing and conveying.
A hydraulic opening system can be installed to simplify hammer inspection, liner replacement and screen maintenance. Wear parts can be inspected and replaced based on actual use.
The production line can be customized according to the drum size, material thickness, required capacity and site layout. Available customization options include:
Feed inlet size
Motor power
Crusher model
Screen configuration
Conveyor layout
Magnetic separator
Dust collection system
Parameter description diagram for Drum Crusher | Metal Drum and Steel Barrel Crushing Machine | Haoxing Machinery:
Note: Specifications are for reference only. Actual capacity depends on drum size, material thickness, feeding method, residual moisture or oil content, screen opening, crusher model 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, dual-shaft shredder, hammer mill crusher, discharge conveyor, magnetic separator, optional dust collector, electric control cabinet and other supporting equipment.
Empty or pretreated oil drum recycling
Paint bucket crushing and recycling
200 L steel drum processing
Thin metal container recycling
Scrap metal container volume reduction
Metal barrel and packaging drum recycling
Light scrap steel preprocessing
Scrap recycling yards and metal recovery lines
Steel scrap preparation for sorting, storage and downstream recycling
Find common questions about scrap metal crushers, shredders, recycling lines, equipment selection, capacity configuration and operation requirements.
Maintenance mainly includes checking cutters or crushing rollers, hydraulic parts, bearings, seals, bolts, lubrication points, and safety guards. When processing oil drums or paint drums, the feeding area and residue collection parts should also be cleaned regularly.
Dust removal equipment is recommended depending on the drum material and site requirements. During crushing, paint coating particles, rust, dust, or residue may be generated. A suitable dust collection system can help improve the working environment and meet environmental protection requirements.
The final discharge size depends on the crusher model, screen opening, blade or hammer structure, drum thickness, feeding size, and recycling requirements. The machine can be configured to produce suitable metal pieces for transportation, sorting, furnace feeding, or further processing.
Yes. A drum crusher can work with conveyors, magnetic separation, dust collection, liquid collection, baling equipment, and control systems. For paint drums or oil drums, explosion prevention, residue treatment, and local environmental rules should also be considered.
The suitable model depends on drum diameter, drum height, wall thickness, material type, residue condition, hourly capacity, and feeding method. For standard 200L drums, the machine opening, crushing force, and safety protection should be confirmed before selection.
Yes. A drum crusher can process many types of oil drums, paint drums, and similar metal containers. If the drums contain oil, paint, gas, pressure, or chemical residue, they should be safely emptied and pre-treated before crushing.
Drum crushing reduces the volume of 200L oil drums, paint drums, chemical drums, and other metal containers, making storage, transportation, baling, and recycling easier. Drums with liquid residue, pressure, or hazardous contents should be cleaned or pre-treated before crushing.
A drum crusher can process waste metal drums, oil drums, paint drums, chemical drums, 200L steel drums, iron barrels, and similar metal containers. For sealed drums or containers with liquid residue, pre-treatment such as opening, emptying, or cleaning is recommended before crushing.
Yes. Drum crushers can be configured for 200L metal drums and similar containers. The final model should be selected according to drum size, thickness, feeding method, and required crushing effect.
Yes. Whether a drum crusher can process the material mainly depends on the drum size, wall thickness, material type, and required output size. The machine configuration can be selected according to the actual drums.
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