Waste Shredding Crusher Car Shell Scrap Metal Copper Iron Aluminum Barrel Tin Steel Shredder Machine

It is designed for a wide range of scrap metals including car shells, metal barrels, copper, iron, aluminum, tin, steel and brass. It is primarily for metallic waste; mixed or non-metal materials may require pre-sorting.

Typical production capacity is 800–1000 kg per hour, depending on material type, feed size and feeding rate.

The specification lists two main motors of 22 kW each (22 kW * 2), i.e. a total installed main power of 44 kW. Final electrical supply requirements (voltage, phase, breaker size) should be confirmed with the supplier/installer.

The cutter diameter is 300 mm and the rotor is fitted with 30 blades. Blade material is 9CrSi by default, and blade type/material can be customized for specific applications.

Machine weight is approximately 1,400 kg and the frame is constructed from carbon steel for durability.

The machine includes PLC control and is typically supplied with safety features such as emergency stop, safety guards and interlocks. Exact safety features and certifications should be confirmed with the manufacturer.

The machine supports automatic feeding; common feeding methods include hopper feed or conveyor. For bulky items like whole car shells, a feed conveyor or crane-assisted loading is often used.

Output size is not fixed in the specification and depends on blade configuration, rotor design and any downstream screening or sizing devices. Ask the supplier about configurable screens or secondary shredding options to obtain your target output size.

No — the shredder reduces material size but does not perform metal separation. For separation you should add downstream equipment such as magnetic separators (for ferrous) and eddy current separators (for non‑ferrous).

Regular maintenance includes inspecting and sharpening or replacing blades, checking and tightening fasteners, lubricating bearings and gearboxes, monitoring motor and electrical systems, and clearing the hopper and discharge areas. Follow the manufacturer's maintenance schedule for best results.

Blade life depends on the material processed and operating conditions. Hard, abrasive materials wear blades faster. Blades are replaceable and can be supplied in 9CrSi or other customized materials — contact the supplier for spares and lead times.

Installation and commissioning terms vary by supplier. Typical requirements include a solid foundation, appropriate power supply, space for feed/discharge conveyors and proper grounding. Confirm whether on-site installation, commissioning and training are provided or offered as additional services.

This is an industrial shredding machine and will produce significant noise and vibration during operation. Hearing protection and vibration mitigation (mounting, foundations) are recommended. Request specific noise/vibration data from the manufacturer if required for regulatory compliance.

It can process car shells, but large vehicles normally require preprocessing: removal of hazardous fluids (fuel, oil, refrigerant), batteries, tires and often sectioning to a manageable feed size. Check with the supplier about recommended preprocessing for safe, efficient operation.

Yes. Common customizations include blade material and geometry, rotor configuration, feed and discharge systems, screen or sizing options, and integration with magnetic/eddy current separators or conveyors. Discuss your material and throughput requirements with the manufacturer for a tailored solution.