|
| Nama Merek: | Wanshida |
| Nomor Model: | Y83/F-315 |
| MOQ: | 1 Set |
| Harga: | 70000~75000$ |
| Waktu Pengiriman: | 35 hari |
| Ketentuan Pembayaran: | L/C,T/T,Western Union |
In ship breaking yards across South Africa, large volumes of steel plates, ship structures, and mixed heavy scrap are generated daily. These materials are typically bulky, irregular, and difficult to transport or feed into furnaces efficiently.
The 315-ton hydraulic scrap metal baler is specifically engineered for such demanding applications. It compresses loose and oversized scrap into dense, uniform bales, significantly reducing transportation costs while improving furnace charging efficiency.
Ship breaking yards
Heavy scrap recycling facilities
Marine structure dismantling sites
Steel processing plants
Suitable materials include:
Thick ship plates
H-beams / I-beams
Ship structural components
Mixed heavy steel scrap
With a pressing force of 3150 kN, the machine can effectively compress thick ship plates and structural steel.
The spacious compression chamber allows direct feeding of bulky scrap, minimizing the need for pre-cutting.
Produces dense and compact bales suitable for efficient transportation and direct furnace charging.
Available in turn-out or side push-out configurations to match different yard layouts.
Designed for continuous operation under tough working conditions, ensuring long-term reliability.
Supports semi-automatic or fully automatic operation, reducing labor intensity and improving efficiency.
Nominal force: 3150 kN (315 ton)
Chamber size: 2600 × 1750 × 1200 mm
Bale size: approx. 600 × 600 mm
Bale density: ≥1800 kg/m³
Production capacity: 4–7 tons/hour (depending on material)
Cycle time: 120–160 seconds
Motor power: 60–88 kW
Operation mode: Manual valve or PLC automatic
The machine operates through a hydraulic system that drives multiple cylinders to compress scrap metal from different directions inside the chamber. The material is gradually compacted into a dense bale through sequential pressing and then discharged from the machine.
Handles high proportion of plate scrap
Reduces manual cutting workload
Improves loading efficiency for transport
Meets steel mills’ requirements for compact bales
Suitable for unstable power conditions (diesel generator option available)
Q1: Can the machine handle thick ship plates?
Yes, but for very thick plates, pre-cutting with a shear is recommended for optimal performance.
Q2: What is the recommended feeding size?
Typically below 1500–2000 mm for best efficiency.
Q3: Can the machine operate with a generator?
Yes, diesel generator solutions are available for remote or off-grid locations.
Installation guidance and commissioning support
Remote or onsite engineer assistance
Spare parts supply
Long-term technical support
