The Dual Shaft Scrap Metal Shredder is an industrial-grade shredding machine engineered to process a wide range of ferrous and non-ferrous metal wastes. Designed with twin shafts and powerful torque output, it delivers efficient size reduction of tough metal materials including aluminum profiles, steel drums, copper pipes, radiators, vehicle shells, scrap appliances, and more. Whether used in recycling centers, metal processing plants, or waste treatment facilities, this shredder maximizes material recovery and reduces transportation and disposal costs.
Key Features
1. High-Torque Twin Shaft Design
Equipped with two parallel shafts driven by high-powered gear motors, this shredder produces massive shearing and tearing force. It can break down bulky, hard-to-process scrap metal into manageable pieces without excessive vibration or noise. The counter-rotating shafts ensure a continuous feed and consistent output size.
2. Versatile Metal Waste Handling
The shredder is capable of processing a wide variety of materials, including:
- Aluminum profiles and sheets
- Copper and aluminum radiators
- Steel drums and containers
- Metal turnings and chips
- Scrap bicycles, washing machines, and electrical appliances
- Automotive shells and chassis
- Electronic waste (e-waste) with metallic components
3. Wear-Resistant Blades
Blades are made from hardened alloy steel or high-chromium tool steel for superior resistance to abrasion and impact. They are modular, replaceable, and can be customized based on specific application needs and output size.
4. Low-Speed, High-Torque Performance
Unlike high-speed shredders, this dual shaft model operates at a low rotation speed, which minimizes dust generation, reduces noise, and prolongs the service life of key components. It is especially ideal for handling hard metals that require gradual, high-force breakdown.
5. Intelligent Control System
Integrated with a PLC (Programmable Logic Controller), the machine features automatic reverse rotation in case of overload or jamming, which prevents damage and ensures safe, uninterrupted operation. Control panels can be tailored with touch screens and remote monitoring systems.
Technical Specifications (Sample)
- Motor Power: 30–150 kW (customizable)
- Shredding Capacity: 1 – 15 tons/hour
- Shaft Speed: 10–30 rpm
- Blade Material: 9CrSi / H13 / D2
- Control System: Siemens PLC with overload protection
- Feeding System: Manual, conveyor-fed, or hydraulic pusher
- Discharge: Conveyor or custom hopper
- Optional Add-ons: Magnetic separator, dust control, cooling system
Applications and Benefits
The Dual Shaft Scrap Metal Shredder is widely used in:
- Metal Recycling Yards – For size reduction before further separation or melting
- E-Waste Disposal Facilities – To safely destroy and reduce electronics with metal parts
- Automobile Dismantling Plants – For pre-processing vehicle shells and spare parts
- Industrial Waste Management – To handle large volumes of metal scrap from factories and production lines
- Steel Mills & Foundries – For reprocessing and recovering metal value from production waste
Benefits Include:
- Efficient reduction of bulky metal waste
- Increased recovery rates for recyclable metal
- Reduced labor and manual cutting work
- Improved safety and automation
- Lower transport and landfill costs
Why Choose Our Dual Shaft Metal Shredder?
- Heavy-duty frame for long-term industrial operation
- Customizable configurations to suit different metals and processing volumes
- Energy-efficient motors reduce power consumption without compromising torque
- Proven performance in global markets including Southeast Asia, Eastern Europe, and the Middle East
- Responsive support & spare parts available for long-term maintenance
Conclusion
If your operation involves the recycling or management of metal waste, the Dual Shaft Scrap Metal Shredder is a smart investment. With its durable construction, powerful torque, and intelligent automation, it ensures safe and efficient shredding of a wide variety of scrap materials. Boost your productivity, improve material handling efficiency, and reduce overall operational costs.
