Industrial scrap metal shredder is a heavy-duty machine engineered to reduce large metal objects into smaller, uniform pieces. These machines are built to withstand extreme conditions, including high torque, abrasive materials, and continuous operation. Unlike consumer-grade shredders, industrial models prioritize durability, efficiency, and safety, making them indispensable in scrap yards, recycling facilities, and manufacturing plants. The primary objective of a metal shredder is to reduce the size of scrap metal, enabling easier transportation, storage, melting, or resale. They are built for continuous operation and are capable of handling high workloads with minimal downtime.
Industrial Scrap Metal Shredder Specifications
| Model | YG-600 | YG-800 | YG-1000 | YG-1200 | YG-1400 | YG-1600 | YG-1900 | YG-2200 | YG-2600 |
| Power | 4-15*2 kw | 4-22*2kw | 4-30*2kw | 4-37*2kw | 4-45*2kw | 4-75*2KW | 4-90*2kw | 4-132*2kw | 4-160*2kw |
| Spindle Model | 18-20r/min | 18-35r/min | 18-35r/min | 18-35r/min | 14-35r/min | 14-25r/min | 14-25r/min | 16-25r/min | 16-25r/min |
| Capacity | 2-3t/h | 3-5t/h | 5-8t/h | 6-10t/h | 8-12t/h | 12-18t/h | 16-22t/h | 20-26t/h | 25-60t/h |
| Broken Size | 3-10cm | 3-10cm | 3-10cm | 3-10cm | 3-10cm | 3-10cm | 3-10cm | 3-10cm | 3-10cm |
| Hopper Size | 820*900mm | 900*1000mm | 1200*1000mm | 1400*1000mm | 2000*2000mm | 2300*2000mm | 2300*2000mm | 2500*1800mm | 2425*1400mm |
| Dimensions | 2600*2000*1900mm | 2800*2000*1900mm | 3000*2000*1900mm | 3200*2000*1900mm | 4000*1700*2400mm | 5000*3000*2400mm | 6000*3500*2400mm | 7000*4000*4500mm | 8200*4000*4300mm |
How Do Industrial Metal Shredders Work?
Feed System: Scrap metal is fed into the shredder’s chamber, often via a conveyor belt or hydraulic arm, ensuring a steady and controlled input.
Cutting System: The heart of the industrial scrap metal shredder, this consists of multiple blades or hammers mounted on a rotor. As the rotor spins, the blades shear and tear the metal into fragments.
Screening Mechanism: A perforated screen at the shredder’s base determines the size of the output. Smaller particles fall through, while larger pieces remain in the chamber for further processing.
Discharge System: The shredded metal exits the machine, ready for sorting, melting, or other recycling steps.
Applications of Metal Shredding Machine
The versatility of industrial scrap metal shredders makes them indispensable across multiple sectors:
Automotive Recycling: Shredders dismantle end-of-life vehicles, separating metals like steel, aluminum, and copper from non-metallic components.
Construction and Demolition (C&D) Waste: They process rebar, beams, pipes, and other structural metals from demolished buildings.
Electronic Waste (E-Waste) Management: Shredders break down electronic devices to recover precious metals like gold, silver, and palladium.
Aerospace and Manufacturing Scrap: They handle titanium, alloy steel, and other specialized metals generated during production.
Municipal Solid Waste (MSW): Some shredders are equipped to process mixed waste, isolating metals for recycling.
Benefits of Using An Industrial Scrap Metal Shredder
- Efficient Waste Reduction
Metal shredders significantly reduce the volume of metal waste, making storage and transportation more efficient. - Enhanced Recycling Value
Properly shredded metal has a higher value in the recycling market due to uniform size and cleanliness. - Cost Savings
By recycling in-house, companies can save on disposal costs and potentially create new revenue streams from recycled material. - Improved Safety
Shredding reduces the risk associated with handling large or sharp scrap materials manually.
