How to Choose the Right Aluminum Scrap Shredder?

Suitable Materials: Designed for handling new energy vehicle aluminum shells, aluminum heat sinks, and discarded small appliances.

Performance: With motor power from 110-4410 kW and processing rates from 2-160 tons per hour, these machines use continuous hammer strikes to create high-density, high-purity shredded material.

Use Case: An aluminum recycling plant in Bangkok, Thailand, uses a horizontal hammer mill to process aluminum heat sinks, achieving a daily throughput of 100 tons with over 98% purity.

Suitable Materials: Designed for high-hardness aluminum materials, including automobile shells and aluminum engine blocks.

Performance: They are hydraulically driven with low speeds (15-25rpm) and high torque (264-400kW dual motors), ensuring long blade life and suitability for heavy-duty tasks.

Suitable Materials: Ideal for mid-to-low hardness aluminum scrap like thin aluminum shavings, foil, and used beverage containers (UBCs).

Performance: Equipped with a motor power of 132x2 to 200x2 kW, handling 8-15 tons per hour, effective for shredding aluminum profiles and oil filters.

Use Case: A home appliance recycling plant utilizes a heavy-duty single shaft shredder to process aluminum foil from air conditioners, achieving a throughput of 120 tons per day with particle sizes controlled to within 30mm.

Suitable Materials: Best for processing aluminium profiles, aluminum furniture, and electronic aluminum waste, such as circuit board supports.

Performance: High shear strength and a shredding chamber length ranging from 300-2600mm enable processing of large aluminum components without the need for screens, ideal for initial shredding.

Use Case: An automotive dismantling facility uses a dual-shaft shredder to handle end-of-life vehicle (ELV) aluminum exteriors, processing up to 80 tons daily.

Suitable Materials: Excellent for shredding lithium battery electrode sheets, power battery aluminum casings, and highly ductile aluminum scrap.

Performance: These shredders provide 30% more shear force than dual-shaft models, increasing shredding efficiency and allowing for custom screen configurations to manage particle size for precise sorting.

Use Case: A resource recovery company in the United States uses a quad shaft shredder to process lithium battery electrode sheets, managing 50 tons per day and achieving less than 1% impurity.

Suitable Materials: Ideal for thin aluminum cans, foil scraps, and small aluminum components.

Performance: With power ranging from 7.5-37kW and throughputs of 0.5-2 tons per hour, these compact units are perfect for small recycling stations or lab environments.

Use Case: A small recycling center uses a compact single-shaft shredder to process aluminum cans, managing 10 tons daily and improving space utilization by 50%.

Suitable Materials: Best for processing electronic aluminum waste like aluminum circuit boards and cell phone cases, as well as light aluminum scrap.

Performance: These compact units utilize a rolling knife system to effectively clean metal surfaces for better sorting, fitting well in facilities with limited space.

Use Case: An electronics recycling company uses a vertical hammer mill to process discarded cell phone housings, handling 30 tons daily and improving sorting efficiency by 40%.