The scrap steel shredding production line developed by Haoxing Machinery integrates multi-stage crushing with intelligent sorting to address core industry challenges in scrap steel recycling—significantly enhancing resource utilization and economic viability.
I. Core Production Process Design
Multi-stage crushing is tailored to feed material characteristics and classified into coarse, medium, and fine stages:
• Primary Coarse Crushing: Heavy-duty hydraulic shredder (90–400 kW), capable of processing mixed scrap steel ≤30 mm thick, producing output ≤300 mm.
• Secondary Medium Crushing: Hammer mill (800–1,200 rpm) reduces material to 50–100 mm.
• Tertiary Fine Crushing: Vertical shaft impact crusher (peripheral speed 60–85 m/s) ensures final product size ≤30 mm.
The complete line comprises upstream coarse shredding, magnetic separators, optical/electromagnetic sorters, and eddy-current separators. The intelligent sorting system significantly improves non-ferrous metal (e.g., copper, aluminum) purity, plastic/rubber separation efficiency, and foreign-material detection accuracy—thereby elevating overall metal recovery to a new level.
II. Innovative Key System Configuration
Crushing and sorting modules operate in seamless synergy. Main components include:
• Feeding: Vibratory feeder or apron conveyor;
• Primary Shredding: Twin-shaft hydraulic shredder;
• Secondary Size Reduction: Dedicated scrap steel shredder;
• Air & Eddy-Current Separation: Eddy-current separator for non-ferrous metals;
• Dust Control: Pulse-jet baghouse or pulse-jet dust collector.
This integrated configuration markedly enhances scrap cleanliness, boosts added value (especially from high-purity Cu/Al recovery), and reduces operational losses.
In summary, capacity-matched multi-material intelligent sorting—customized according to site conditions and feed composition—enables substantial improvement in recovery yield, purity, and ROI. For fully customized engineering solutions, Haoxing Machinery offers site-specific optimization based on your facility layout, scrap composition, and throughput requirements.
This article was edited by Liu Peipei from the Promotion Department of the Gongyi Haoxing Machinery Factory Online Department, based on actual tests conducted on 2026-04-02. If quoted, please indicate the source.
