Q43W-5000 5000 kN Hydraulic Container Scrap Shear with 1400 mm Blade and 110 kW

The Q43W-5000 Hydraulic Container Scrap Shear is an ultra heavy-duty cutting machine engineered for large-scale scrap metal recycling operations that require maximum cutting force, high throughput, and stable continuous performance.

With an impressive 5000 kN hydraulic shearing force, this container shear is designed to process extremely thick and oversized scrap materials, including container walls, heavy steel plates, beams, pipes, structural steel, and bulky mixed scrap. It is an ideal solution for applications where conventional alligator shears or lower-tonnage container shears are no longer sufficient.

The machine is equipped with a 1400 mm cutting blade and a wide 1400 × 450 mm discharging opening, allowing smooth feeding and discharge of large scrap sections. Operating at a cutting frequency of 3–4 cycles per minute, the Q43W-5000 delivers high productivity while maintaining cutting accuracy and blade durability.

Powered by a 110 kW high-power drive system, the shear provides strong and stable hydraulic performance for continuous heavy-load operation. The robust structural design ensures excellent rigidity, low vibration, and long service life under demanding industrial conditions.

• ✔ 5000 kN Ultra-High Shearing Force

  Provides extreme cutting power for container scrap, thick steel plates, and heavy structural steel, ensuring clean and efficient cuts.

• ✔ 1400 mm Heavy-Duty Cutting Blade

  Optimized blade length improves cutting efficiency and reduces the number of cutting cycles required for large-section scrap.

• ✔ Large Discharging Opening (1400 × 450 mm)

  Wide opening allows easy handling of bulky scrap materials, reducing pre-processing work and improving workflow efficiency.

• ✔ High Cutting Frequency (3–4 Times/Minute)

  Delivers strong throughput while balancing blade life and hydraulic system stability.

• ✔ 110 kW Industrial Power System

  High-power motor configuration supports continuous heavy-duty operation without performance loss.

• ✔ Robust Heavy-Duty Structure

  Reinforced frame design ensures excellent stability, reduced vibration, and reliable long-term operation.

• ✔ Designed for Continuous Industrial Use

  Suitable for long working hours in demanding scrap processing environments.

• Q1: What type of scrap is the Q43W-5000 suitable for?

  A: It is designed for container walls, thick steel plates, beams, pipes, structural steel, and oversized mixed scrap materials.

• Q2: How does the Q43W-5000 differ from lower-tonnage container shears?

  A: The Q43W-5000 offers significantly higher cutting force and power, making it suitable for much heavier and thicker scrap materials.

• Q3: Can this machine operate continuously?

  A: Yes. The high-power hydraulic system and heavy-duty structure are designed for continuous industrial operation.

• Q4: Is this machine suitable for integration into large scrap processing lines?

  A: Yes. It can be integrated with cranes, conveyors, and other material handling systems in large recycling facilities.

• Q5: Is the machine suitable for overseas installation?

  A: Yes. Its robust structure and simple operation make it reliable and easy to maintain internationally.

• Container scrap cutting and recycling

• Heavy steel plate and beam processing

• Large scrap metal recycling yards

• Port-side scrap processing facilities

• Pre-processing before shredders or furnaces

• Industrial metal recovery and steelmaking plants

If your operation requires:

• Extremely high cutting force for oversized scrap

• High throughput for large-scale recycling

• Stable performance under continuous heavy load

• Long service life with low vibration

The Q43W-5000 is a professional-grade solution for heavy scrap metal cutting applications.

Contact us today to receive:

• ✅ Competitive quotation

• ✅ Model selection and technical consultation

• ✅ Installation layout and foundation guidance

• ✅ Export packing and after-sales technical support

Customization available for voltage, control system, and safety configuration to meet different country standards.