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| Brand Name: | WANSHIDA |
| Model Number: | Y83/T-2000 |
| MOQ: | 1 set |
| Price: | Negotiable |
| Delivery Time: | 25days |
| Payment Terms: | L/C,T/T,Western Union |
In modern metal recycling operations, handling loose scrap materials efficiently is a key challenge. Scrap steel, aluminum, and mixed metal waste often occupy large storage areas and increase transportation costs if not properly compressed. A hydraulic metal baler provides a reliable and efficient solution by transforming loose scrap into dense, compact bales.
This hydraulic metal baler delivers a pressing force of 2000 kN, making it suitable for medium to heavy-duty recycling applications. The compression chamber measures 1600 * 1000 * 800 mm, allowing operators to process a wide variety of scrap materials, including sheet metal, steel offcuts, and industrial metal waste.
The machine produces uniform bales sized 400 * 400 mm, ensuring convenient handling, storage, and furnace feeding. Equipped with a 30–44 kW motor system, the baler ensures stable and continuous operation under demanding industrial conditions.
| Model | Baling Force (kN) | Chamber Size (mm) | Bale Size (mm) | Motor Power | Operation Method |
|---|---|---|---|---|---|
| Y83/T-2000 | 2000 | 1600 * 1000 * 800 | 400 * 400 | 30/37/44kW | Manual or PLC Control |
High baling force enables efficient compression of medium-density and heavy scrap materials.
Optimized chamber design improves material loading efficiency and processing speed.
Stable hydraulic system ensures consistent bale density and reliable long-term performance.
Flexible motor power options adapt to different production requirements and energy conditions.
Compact bale output improves storage efficiency and reduces transportation costs.
Manual or PLC control options allow flexible operation based on user preference.
The hydraulic metal baler compresses scrap materials through a high-pressure hydraulic system. Scrap metal is fed into the compression chamber, where hydraulic cylinders apply pressure from multiple directions.
Under high pressure, loose scrap materials are compacted into dense rectangular bales. Once the compression cycle is completed, the bale is discharged from the chamber and ready for storage or transportation.
This process significantly reduces scrap volume and improves handling efficiency in recycling operations.
The machine is built with a heavy-duty steel frame designed for long-term industrial use.
The compression chamber is reinforced with wear-resistant steel plates to handle abrasive materials. Hydraulic cylinders provide the main compression force, while the hydraulic power unit ensures stable pressure output.
The system includes a hydraulic station, control system, compression chamber, and bale discharge mechanism, all working together to deliver consistent and reliable performance.
Hydraulic metal balers are widely used across multiple recycling industries.
Scrap yards compress loose metal scrap for efficient transportation.
Metal processing factories recycle production waste from cutting and fabrication.
Steel plants prepare scrap materials for furnace charging.
Automotive recycling facilities process vehicle scrap materials.
Industrial recycling centers improve scrap management efficiency.
Loose scrap metal is difficult to manage and requires large storage space. Hydraulic balers compress these materials into dense blocks, reducing volume significantly.
This improves storage efficiency and lowers transportation costs. High-density bales also enhance furnace charging efficiency and reduce metal loss during smelting.
The result is a more efficient and cost-effective recycling process.
Optional configurations can be added based on operational requirements.
Available options include PLC automatic control systems, remote control panels, automatic feeding conveyors, bale discharge conveyors, and hydraulic oil cooling systems.
These configurations allow seamless integration into automated recycling lines.
Hydraulic metal balers are widely used in recycling facilities worldwide.
Scrap recycling plants in Europe use balers to optimize logistics and reduce scrap volume.
Metal processing factories in Asia integrate balers into production lines to recycle waste materials.
Automotive recycling industries use balers to handle vehicle scrap efficiently.
Recycling facilities in the Middle East and South America use hydraulic balers to improve operational efficiency.
Proper maintenance ensures stable and long-term operation.
Hydraulic oil levels should be checked regularly to maintain system pressure. Sealing components and hoses should be inspected periodically to prevent leakage.
Routine lubrication and maintenance of moving parts help extend machine lifespan and ensure consistent performance.
Hydraulic metal balers support sustainable recycling practices.
By compressing loose scrap into dense bales, they reduce storage requirements and transportation frequency. This improves overall recycling efficiency and reduces environmental impact.
The technology contributes to better resource utilization and cleaner industrial operations.
The machine can process steel scrap, aluminum scrap, copper scrap, and other recyclable metal materials.
The machine produces uniform bales sized 400 * 400 mm.
Yes, PLC control can be selected for automated operation.
The machine is available with 30 kW, 37 kW, or 44 kW motor configurations.
Metal baling reduces scrap volume, improves storage efficiency, lowers transportation costs, and enhances furnace charging efficiency.
If your recycling facility requires a reliable solution for handling large volumes of scrap metal, this hydraulic metal baler can significantly improve efficiency and reduce operational costs.
Contact our team today to receive customized solutions and professional recommendations for your recycling needs.
