Hydraulic Scrap Metal Baler (Lid Type) —— The “Logistics Optimization Hub” and “Standardization Terminal” of the Scrap Metal Value Chain

Range： Main pressing force: 200 - 800 tons

Application： ELV recycling plants, mixed metal recycling plants, aluminum recycling plants, motor recycling plants, WEEE recycling and industrial scrap processing centers

The hydraulic scrap metal baler acts as a “terminal value amplifier” within the plant system. Its role goes beyond compression—it reshapes the physical form of processed materials. Through multi-stage hydraulic compression, loose, irregular scrap is transformed into high-density, standardized bales, achieving volume reduction and densification.From a system engineering perspective, it converts unstable bulk flow from upstream processes into standardized product units, optimizing logistics, storage, and trading efficiency.

Process synergy:

1. Upstream adaptability: Handles diverse feed materials from shredding, shearing, and sorting systems (light scrap, structures, car bodies), ensuring stable output despite feed fluctuations.

2. Downstream empowerment: High-density bales improve transport efficiency and meet smelter requirements for furnace charging, enhancing melting efficiency and metal yield.

3. System integration value: Integrated into the central control system via PLC, enabling seamless coordination with conveying, weighing, and storage systems, forming a closed-loop from processing to commercial delivery.

Main pressing force: 200 / 300 / 400 / 600 / 800 tons;

Bale size: 400×400 / 500×500 / 600×600 / 700×700 mm;

Cycle time: approx. 120 s;

Chamber length: 1500–3500 mm

Integrated high-density compaction and standardized output

1. High-tonnage hydraulic system: Multi-stage compression ensures dense and uniform bales. System benefit: reduces transport cost and improves stacking efficiency.

2. Large feeding chamber: Handles bulky scrap and full structures directly. System benefit: reduces upstream preprocessing load and stabilizes throughput.

3. Intelligent hydraulic control: Pressure-compensated staged compression reduces energy consumption. System benefit: improves energy efficiency without compromising performance.

4. Wear-resistant modular design: Key components are replaceable and durable. System benefit: minimizes downtime and ensures high uptime.

5. System-level data integration: Enables remote monitoring and production tracking. System benefit: supports plant-wide optimization and prevents downstream bottlenecks.