630 Ton Hydraulic Container Scrap Metal Shear PLC Automatic For Heavy Steel Scrap Processing 1500 mm Blade Length

630 Ton Hydraulic Container Scrap Metal Shear PLC Automatic For Heavy Steel Scrap Processing 1500 mm Blade Length

Product Description

Product Positioning

The Q43W-6300A container scrap metal shear is designed for heavy scrap cutting in metal recycling and steel processing operations. It is used to cut bulky steel scrap, profiles, plates, and structural materials into shorter sections for easier handling, transportation, and furnace charging.

This machine is suitable for scrap yards, recycling plants, steel processing companies, and steel mills where oversized ferrous scrap must be processed efficiently under continuous working conditions.

Technical Specifications

Typical Applications

1. Scrap Yards
Scrap yards often receive square steel, angle steel, round steel, and mixed structural scrap in long and irregular forms. These materials are difficult to stack and transport efficiently. The container scrap metal shear cuts them into manageable lengths for easier loading and shipment.

2. Steel Recycling Plants
Recycling plants handle large quantities of mixed ferrous scrap that cannot go directly into downstream melting or resale processes. The machine reduces scrap size and improves sorting, transfer, and storage efficiency.

3. Steel Processing Workshops
Steel processing workshops generate offcuts, heavy sections, and plate scrap during fabrication. These leftovers occupy floor space and disrupt workflow. The shear helps convert oversized scrap into compact pieces for organized handling.

4. Steel Mills
Steel mills require furnace-ready scrap sizes for stable feeding. Oversized steel sections increase preparation time and create charging problems. The Q43W-6300A helps process scrap into suitable sizes before furnace input.

5. Demolition And Structural Scrap Handling
Demolition scrap often includes I steel, channel steel, steel plate, and thick profiles. These materials are heavy and inconvenient to transport in original form. The shear shortens them for improved logistics and recycling efficiency.

Core Features Explanation

1. PLC Automatic And Remote Control
The machine uses PLC automatic control with remote operation, which improves operating convenience and helps maintain stable cutting rhythm in continuous scrap processing environments.

2. Dual Cutting Cylinder Structure
The cutting cylinder press force is 2890 × 2 kN, giving the machine strong cutting capability for heavy ferrous scrap and structural sections.

3. Large Feeding Mouth Design
The 3700 × 2500 mm feeding mouth allows operators to load bulky and irregular scrap directly, reducing the need for pre-cutting before shearing.

4. 1500 mm Blade Length
A 1500 mm blade length supports efficient cutting of wider and heavier scrap sections, helping improve processing continuity.

5. Stable Hydraulic System
The hydraulic system works at 22.0 MPa, with a maximum of 25.5 MPa, and uses an air cooling system to support stable operation under repeated load cycles.

Data-Based Performance

1. Cutting Force
2890 × 2 kN cutting force provides the power needed for processing heavy steel scrap and structural materials.

2. Processing Capacity
8–10 t/h capacity is suitable for medium and heavy-duty scrap handling operations.

3. Cutting Speed
3–4 times per minute supports continuous production and practical throughput in recycling applications.

4. Motor Configuration
The machine uses 3 sets of 45 kW motors, with total power about 139 kW, to maintain stable hydraulic drive output.

5. Hydraulic Support
22.0 MPa working pressure, with maximum pressure up to 25.5 MPa, supports consistent cutting performance.

6. Scrap Size Adaptability
The machine can process square steel 120 × 120, angle steel 200 × 200 × 20 (3 pcs), round steel Φ130, I steel 500 × 162 × 16, steel plate 40 × 1000, and channel steel 400 × 104 × 14.5 (2 pcs) under normal steel conditions.

Problem Solving Value

1. Oversized Scrap Storage Problem
Long and irregular scrap takes up excessive yard space and reduces storage efficiency.

2. Transport Difficulty
Bulky scrap increases loading difficulty and freight cost.

3. Furnace Feeding Limitation
Large steel sections cannot be directly used in many downstream melting and processing systems.

4. Workshop Disorder
Heavy offcuts and mixed structural scrap create a messy working environment and reduce handling efficiency.

5. Low Processing Efficiency
Without suitable shearing equipment, operators spend more time on manual preparation and secondary cutting.

The Q43W-6300A container scrap metal shear solves these problems by cutting oversized scrap into manageable sections, improving storage density, reducing transport burden, and supporting smoother downstream recycling operations.

FAQ

1. What materials can this container scrap metal shear process
It can process square steel, angle steel, round steel, I steel, steel plate, and channel steel under normal steel working conditions.

2. What is the processing capacity of this machine
The capacity is about 8–10 tons per hour, depending on material type, size, and feeding conditions.

3. What control method does this machine use
It uses PLC automatic control with remote operation for more convenient and stable processing.

4. What is the blade length of the machine
The blade length is 1500 mm.

5. What cooling method is used in the hydraulic system
The hydraulic oil cooling system uses air cooling.

6. What is the hydraulic working pressure
The hydraulic system pressure is 22.0 MPa, with a maximum of 25.5 MPa.