How to Choose the Right Aluminum Recycling Machine?

Performance Features:

• Light-Duty: Motor power ranges from 18.5-75kW, with a processing capacity of 2-5 tons per hour, ideal for small to medium-sized recycling stations.

• Heavy-Duty: Motor power ranges from 132×2-200×2kW, handling 8-15 tons per hour, suitable for shredding aluminum profiles and oil filters.

Case Study: A home appliance recycling company utilized a heavy-duty single-shaft shredder to process air conditioning aluminum foil, achieving a daily capacity of 120 tons with particle sizes controlled within 30mm.

Performance Features:

• Strong shearing force, with a shredding chamber length of 300-2600mm, capable of handling large-sized aluminum waste.

• Screenless design, producing elongated output suitable for coarse shredding.

Case Study: An automobile dismantling plant employed a dual-shaft shredder to process scrap car aluminum shells, achieving a daily capacity of 80 tons with a purity exceeding 90%.

Performance Features:

• 30% higher shearing force compared to dual-shaft shredders, enhancing shredding efficiency.

• Customizable screens for precise particle size control, meeting fine sorting requirements.

Case Study: A resource regeneration company in the United States utilized a four-shaft shredder to process lithium battery electrodes, achieving a daily capacity of 50 tons with an impurity rate below 1%.

Performance Features:

• Hammer heads strike alternately, producing high-density and high-purity shredded material.

• Host power ranges from 110-4410kW, with a processing capacity of 2-160 tons per hour.

Case Study: An aluminum recycling plant in Bangkok, Thailand, utilized a horizontal hammer mill shredder to process aluminum radiators, achieving a daily capacity of 100 tons with a purity exceeding 98%.

Performance Features:

• Roller knife crushing cleans metal surfaces, facilitating sorting.

• Compact design, occupying minimal space, ideal for limited-space scenarios.

Case Study: An electronic recycling company utilized a vertical hammer mill shredder to process scrap mobile phone cases, achieving a daily capacity of 30 tons with a 40% increase in sorting efficiency.

Performance Features:

• Hydraulic drive, low speed (15-25rpm), and high torque (264-400kW dual motors).

• Long tool life, suitable for high-intensity operations.

Case Study: An automobile parts company utilized a hydraulic dual-shaft shredder to process engine aluminum cylinder blocks, achieving a daily capacity of 60 tons with a tool life exceeding 20,000 tons of aluminum scrap.

Applicable Materials: Lightweight aluminum cans, aluminum foil offcuts, and small aluminum accessories.

Performance Features:

• Power range of 7.5-37kW, with a processing capacity of 0.5-2 tons per hour.

• Compact structure, ideal for small recycling points or laboratories.

Case Study: A small recycling station utilized a compact single-shaft shredder to process aluminum cans, achieving a daily capacity of 10 tons with a 50% increase in space utilization.

Ideal for: High efficiency and production volume, suitable for steel mills and foundries.

Features:

• Fully automatic three-way compression technology with three oil cylinders for rapid compression and high-density bale output.

• Short cycle times and high device speeds, with maximum production capacities of 25.4 tons/hour for iron, 29 tons/hour for copper, and 18.8 tons/hour for aluminum.

Features:

• Patented design for continuous feeding, enhancing production efficiency.

• Compact bales for easy loading and shipping, improving melting rates and reducing smelting costs.

• Main cylinder compression forces ranging from 100-500 tons and motor powers from 30-185kW, catering to diverse customer needs.

Features:

• Unique door-cover design for stability and durability, handling complex waste materials with ease.

• Optional blades on the compression chamber and press plate edges for cutting long materials, simplifying the compression and baling process.

• Main cylinder compression forces ranging from 100-1500 tons and motor powers from 30-300kW, meeting various high-intensity compression needs.