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| Nome da marca: | Wanshida |
| Número do modelo: | Y83/F-1600 |
| Quantidade mínima: | 1 CONJUNTO |
| Preço: | negotiable |
| Prazo de entrega: | 30 dias |
| Condições de pagamento: | Western Union,L/C,T/T |
In modern scrap recycling operations, loose metal scrap such as steel sheets, aluminum scrap, copper pieces, and mixed metal waste can quickly accumulate in large quantities. Without proper compression equipment, these materials occupy excessive storage space and significantly increase transportation costs. A hydraulic metal baler provides an efficient and reliable solution by compressing loose metal scrap into dense, uniform bales.
This hydraulic metal baler delivers a nominal pressing force of 1600 kN, enabling efficient compression of medium-density scrap materials commonly generated in recycling yards and metal processing facilities. The machine features a compression chamber measuring 1600 × 1000 × 800 mm, providing sufficient space for handling a wide range of scrap sizes.
The machine can produce compact bales measuring 350 × 350 mm or 400 × 400 mm, depending on operational requirements. With customizable chamber dimensions and bale sizes, the equipment can be adapted to different recycling applications.
Powered by a 22–30 kW hydraulic system, the metal baler ensures stable operation and reliable performance for continuous recycling processes.
| Model Series | Nominal Force (kN) | Available Chamber Sizes (mm) (Customizable) | Available Bale Sizes (mm) (Customizable) | Typical Power | Operation |
|---|---|---|---|---|---|
| Y83F-1600 | 1600 | 1600*1000*800, 1600*1200*800 | 350*350, 400*400 | 22/30 kW | Manual Valve / PLC |
High hydraulic pressing force allows effective compression of loose scrap metal into dense, transportable bales.
Large compression chamber accommodates a wide range of scrap materials including steel sheets, aluminum scrap, and mixed metal waste.
Flexible bale size options provide better compatibility with different recycling and furnace loading requirements.
Robust welded steel frame ensures long-term durability in demanding recycling environments.
Turn-over bale discharge system enables fast bale removal and improves working efficiency.
Hydraulic system design ensures stable pressure output and reliable operation during continuous production.
The hydraulic metal baler compresses loose scrap materials using a multi-cylinder hydraulic compression system. Scrap metal is first loaded into the compression chamber. Hydraulic cylinders then apply strong pressure from multiple directions to compact the scrap into a dense bale.
Once the compression cycle is completed, the bale is discharged through the turn-over bale discharge system. The compact bale can then be transported or stored efficiently. This process significantly reduces scrap volume while improving material handling efficiency.
The metal baler is constructed with a heavy-duty steel frame designed to withstand strong compression forces during continuous industrial operation.
The compression chamber is reinforced with wear-resistant steel plates to ensure durability when processing abrasive scrap materials. Hydraulic cylinders provide the main compression force, while the hydraulic pump station controls pressure and movement.
The system also includes an electrical control cabinet, hydraulic pump station, compression chamber, and bale discharge mechanism. These components work together to ensure stable and reliable baling performance.
Hydraulic metal balers are widely used in various industrial recycling sectors.
Scrap recycling yards compress loose scrap metal to reduce storage space and transportation costs.
Metal processing factories recycle production scrap generated during cutting and machining operations.
Steel mills prepare scrap materials for furnace charging.
Automotive dismantling plants compress vehicle scrap and sheet metal waste.
Industrial recycling centers improve scrap handling efficiency through hydraulic baling systems.
Loose scrap metal is difficult to handle and occupies significant storage space. Hydraulic baling systems compress these materials into dense blocks that are easier to store and transport.
High-density bales improve furnace charging efficiency and reduce oxidation losses during smelting. Recycling facilities benefit from improved operational efficiency and reduced logistics costs.
By converting loose scrap into compact bales, recycling operations become more organized, efficient, and environmentally sustainable.
Different recycling facilities may require customized equipment configurations.
Optional features include PLC automatic control systems, remote operation panels, automatic feeding conveyors, bale output conveyors, and oil filtration systems.
These options allow the metal baler to be integrated into automated scrap processing lines.
Hydraulic metal balers are widely used in recycling facilities worldwide.
European scrap recycling companies use metal balers to prepare scrap for transportation.
Automotive dismantling plants compress vehicle scrap materials.
Industrial manufacturing plants recycle production scrap generated during fabrication processes.
Metal recycling centers in Asia and the Middle East use hydraulic balers to improve scrap handling efficiency.
Regular maintenance helps ensure stable long-term operation.
Hydraulic oil levels should be checked periodically to maintain proper system pressure. Sealing elements and hydraulic hoses should be inspected regularly to prevent leaks.
Routine lubrication and inspection of mechanical components help extend machine lifespan and maintain consistent baling performance.
Hydraulic metal balers contribute to more sustainable recycling operations.
By compressing loose scrap materials into dense bales, recycling facilities can reduce storage space requirements and minimize transportation frequency. Compact bales also improve furnace melting efficiency and reduce metal loss.
This process supports environmentally responsible recycling and improves overall resource utilization.
The machine can process steel scrap, aluminum scrap, copper scrap, sheet metal waste, and other recyclable metal materials.
The machine can produce bales measuring 350 × 350 mm or 400 × 400 mm depending on operational settings.
Yes. The machine can be equipped with PLC automatic control for improved operational efficiency.
Hydraulic baling reduces scrap volume, improves storage efficiency, lowers transportation costs, and enhances furnace charging performance.
Yes. Chamber sizes, bale sizes, and control systems can be customized according to customer requirements.
If your recycling facility handles large volumes of scrap metal, a hydraulic metal baler can significantly improve processing efficiency and reduce operational costs.
Contact our engineering team to receive professional recommendations and customized scrap metal recycling solutions.
