Hydraulic Horizontal Container Scrap Shear 4000kN Industrial Huge Hydraulic

Product Specification

Hydraulic Horizontal Container Scrap Shear 4000kN Industrial Huge Hydraulic System For Heavy Steel In Manufacturing Plant

Product Overview

The Q43W-4000A horizontal container scrap shear is engineered for continuous, high-volume scrap processing where efficiency, safety, and material handling are critical. Unlike conventional open-type shears, this box-type system combines automatic feeding, hydraulic pre-compression, and powerful shearing into a single integrated workflow.

Designed for operations handling bulky and mixed scrap, this model features a 4000 kN cutting force and an extended 1400 mm blade, allowing it to process large structural steel, heavy plate, and loose scrap without the need for pre-sizing. The enclosed chamber structure minimizes material rebound and improves feeding stability, making it especially suitable for automated or semi-automated production lines.

The machine is powered by a 74 kW hydraulic system, operating at approximately 25 MPa, ensuring consistent force output and reliable performance under heavy-duty conditions. Its air-cooled oil system supports long working cycles while reducing maintenance complexity compared to water-cooled alternatives.

With simple button control and the option to upgrade to PLC automation, the Q43W-4000A is a practical choice for scrap processors seeking to scale up throughput while maintaining operational simplicity and safety.

Cause

As scrap recycling operations expand, many facilities encounter limitations with traditional equipment:

• Inability to efficiently process loose, oversized, or irregular scrap
• Frequent interruptions due to manual feeding and repositioning
• Low throughput when handling bulk materials
• Safety concerns from exposed cutting zones
• Increased operating costs due to labor-intensive workflows

These issues become more pronounced when dealing with mixed scrap streams or large-volume industrial waste.

Solution

The Q43W-4000A container shear addresses these challenges through a system-oriented design:

• Continuous feeding chamber allows uninterrupted material input
• Hydraulic compression improves cutting efficiency and reduces void space
• Enclosed structure enhances safety and minimizes material spillage
• Optimized blade length ensures full-width cutting of large scrap
• Stable hydraulic pressure system provides consistent cutting force
• Air cooling reduces downtime and simplifies maintenance

This results in a streamlined process where loading, compression, and cutting are seamlessly integrated, significantly improving overall productivity.

Specifications

Application

This horizontal shear is designed for large-scale and industrial scrap handling scenarios:

• Scrap yards processing mixed ferrous materials
• Steel plants preparing furnace-ready scrap
• Automotive recycling lines for dismantled vehicle bodies
• Heavy fabrication workshops handling offcuts and rejects

Typical materials include:

• Steel plates and thick sheets
• H-beams, channels, and structural sections
• Scrap vehicles and compressed scrap bundles
• Pipes, tubes, and irregular heavy scrap

How It Works

Scrap material is loaded into the container chamber, where a hydraulic pusher or compression system compacts the material into a dense block. Once the material reaches optimal density, the main shear cylinder drives the blade across the chamber, cutting the scrap into manageable sections.

The cut material is then discharged through the front opening, allowing the next cycle to begin without interruption. This continuous cycle design significantly improves throughput compared to standalone shearing systems.

How To Choose

Selecting the right container shear depends on several operational factors:

• Scrap type: loose, bulky, or pre-compacted materials
• Throughput requirements: tons per hour or daily capacity
• Desired automation level: manual, button control, or PLC integration
• Space constraints: container shear requires a dedicated installation area
• Downstream process: furnace size or transport requirements

For facilities aiming to improve efficiency in handling mixed and oversized scrap, a 4000 kN container shear offers a strong balance of power and productivity.

FAQ

Q1: What makes a container shear more efficient than a traditional shear?
A: It integrates feeding, compression, and cutting, allowing continuous operation and reducing manual handling.

Q2: Can this machine process unprepared scrap directly?
A: Yes, it is designed to handle loose and irregular scrap without pre-cutting.

Q3: Is air cooling sufficient for heavy-duty operation?
A: Yes, the air-cooled system is designed for long working hours and simplifies maintenance compared to water cooling.

Q4: Can the control system be upgraded?
A: Yes, PLC automation can be added for higher efficiency and reduced operator involvement.

Q5: What industries benefit most from this machine?
A: Scrap recycling, steel production, automotive dismantling, and heavy metal processing industries.