Q43W-6300A 630 Ton Hydraulic Container Scrap Metal Shear for Heavy Steel Scrap Processing

1. Product Description

The Q43W-6300A 630 ton hydraulic container scrap metal shear is designed for heavy steel scrap processing in scrap recycling, steel processing, and heavy ferrous material preparation operations. It is suitable for cutting bulky steel scrap, structural scrap, steel plate offcuts, heavy profiles, and mixed ferrous materials into shorter and more manageable sections for easier loading, transfer, storage, and downstream handling. The current page itself positions this model as a container scrap metal shear for heavy scrap cutting, with PLC automatic remote operation and a 1500 mm blade.

For many yards and processing plants, oversized heavy scrap creates practical problems in daily work. Long and irregular steel sections occupy too much storage space, increase transport difficulty, and reduce material handling efficiency. The Q43W-6300A is built to solve these problems by combining a large feeding mouth, strong cutting force, PLC automatic control, remote operation, and stable hydraulic performance in one container-style heavy-duty cutting machine. The existing page also states that this machine is used for bulky steel scrap, profiles, plates, and structural materials.

With a 3700 × 2500 mm feeding mouth, 1500 mm blade length, 3–4 cuts per minute, and 8–10 tons per hour processing capacity, this model is suitable for medium-to-heavy scrap size reduction work. Its hydraulic system operates at 22.0 MPa, with maximum pressure up to 25.5 MPa, and uses an air cooling system to support repeated industrial operation. Total installed power is about 139 kW, and the control method is PLC automatic + remote. These published specifications make the machine a practical choice for buyers who need a 630 ton class container shear focused on heavy steel scrap processing, rather than general light scrap cutting.

2. Product Overview

2.1 Main Equipment Positioning

This model is positioned as a hydraulic container scrap metal shear for heavy steel scrap processing. The current product name, title, and product description all support this direction.

2.2 Main Use

Its main purpose is to reduce bulky heavy steel scrap into shorter sections for:

1. Easier loading
2. Better yard storage
3. More convenient transfer
4. Downstream recycling preparation
5. Practical size control before further processing

2.3 Recommended Buyers

This machine is suitable for:

1. Heavy scrap recycling yards
2. Steel recycling plants
3. Metal processing companies
4. Heavy ferrous scrap handlers
5. Buyers processing bulky steel scrap under repeated working conditions

3. Suitable Materials

The Q43W-6300A is suitable for processing the following materials listed on the current page:

1. Square steel
2. Angle steel
3. Round steel
4. I steel
5. Steel plate
6. Channel steel
7. Heavy structural scrap
8. Mixed heavy ferrous materials

The source page also gives example cutting adaptability under normal steel conditions, including 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).

4. Recommended Application Scenarios

4.1 Heavy Steel Scrap Processing

This model is especially suitable for reducing bulky heavy ferrous scrap into more manageable sections. That is the clearest core positioning on the current page and should remain the main direction of the product.

4.2 Bulky Scrap Size Reduction

Large and irregular steel scrap is difficult to stack, transport, and prepare for downstream use. This machine helps reduce oversized materials into shorter pieces for more efficient handling.

4.3 Steel Recycling Preparation

Recycling plants often need more consistent material size for sorting, transfer, storage, and resale. The current page already presents this model as suitable for steel recycling operations.

4.4 Metal Processing and Downstream Preparation

Metal processing companies can use this machine to cut oversized sections before downstream movement, storage, or melting preparation. The source page explicitly mentions steel processing operations and furnace charging preparation, though for this rewritten page the focus is kept on heavy steel scrap processing first.

5. Technical Specification Table

6. Core Product Advantages

6.1 Strong Cutting Capability for Heavy Scrap

The machine uses a 2890 × 2 kN cutting force, providing strong hydraulic cutting support for bulky steel scrap and heavy ferrous materials.

6.2 Large Feeding Mouth for Oversized Materials

The 3700 × 2500 mm feeding mouth allows operators to load large and irregular scrap directly, which reduces repeated pre-cutting or repositioning before shearing.

6.3 PLC Automatic and Remote Operation

The current page states that the machine uses PLC automatic control with remote operation, helping improve operating convenience and maintain stable cutting rhythm in continuous scrap processing work.

6.4 1500 mm Blade Length for Heavy Sections

A 1500 mm blade length supports the cutting of wider and heavier sections and helps improve continuity when processing bulky scrap.

6.5 Stable Hydraulic Performance

The hydraulic system works at 22.0 MPa, with maximum pressure up to 25.5 MPa, and uses an air cooling system to support stable operation under repeated load cycles.

7. Why Choose This Model

7.1 Better Control of Oversized Scrap

Heavy steel scrap is often difficult to manage in original form. This model helps convert oversized materials into shorter sections for easier yard-side and plant-side handling.

7.2 Improved Storage and Transfer Efficiency

The source page specifically notes that long and irregular scrap creates storage and transport difficulty. By reducing scrap size, the machine helps improve storage density and simplify transfer work.

7.3 Practical Output for Daily Heavy Scrap Work

With 3–4 cuts per minute and 8–10 tons per hour, the machine fits medium and heavy-duty daily scrap handling operations.

7.4 Container-Style Heavy Scrap Processing Direction

This page is best used as a dedicated container scrap shear page for heavy steel scrap processing, which helps distinguish it from your other 630 ton pages focused on structural steel cutting, scrap yard preparation, or furnace feeding.

8. Working Process

8.1 Scrap Loading

Bulky steel scrap, profiles, or plate offcuts are loaded into the feeding mouth by suitable loading equipment.

8.2 Material Positioning

The hydraulic system stabilizes the material before cutting to improve cutting consistency.

8.3 Hydraulic Cutting

The cutting system applies strong shearing force to reduce oversized steel scrap into shorter and more manageable sections.

8.4 Output and Transfer

After cutting, the material can be stored, sorted, transferred, or prepared for downstream recycling or melting preparation.

9. RFQ

9.1 What information should buyers provide before quotation?

1. What type of heavy steel scrap do you process?
2. What is the maximum material size or section size?
3. What hourly output do you expect?
4. Will the machine be used mainly for heavy scrap processing, recycling preparation, or downstream melting preparation?
5. What is your local voltage and frequency standard?
6. Do you need PLC automatic + remote control?
7. Do you need a customized output mouth size?

9.2 Why is this information important?

1. It helps confirm whether the Q43W-6300A is the right model for your heavy scrap type.
2. It helps match the machine to your actual working conditions.
3. It improves quotation accuracy and configuration recommendation.

10. FAQ

10.1 Is this 630 ton hydraulic container scrap metal shear suitable for heavy steel scrap processing?

Yes. The current page specifically positions this model for heavy steel scrap processing and bulky ferrous material reduction.

10.2 What materials can this machine process?

It can process square steel, angle steel, round steel, I steel, steel plate, and channel steel under normal steel working conditions. The page also provides example section sizes for these materials.

10.3 What is the difference between cutting speed and processing capacity?

Cutting speed refers to the number of cuts per minute, while processing capacity refers to estimated hourly output. On this model, the values are 3–4 cuts/min and 8–10 t/h.

10.4 What makes this model suitable for bulky scrap?

Its 3700 × 2500 mm feeding mouth, 1500 mm blade length, and 2890 × 2 kN cutting force make it suitable for oversized steel scrap reduction.

10.5 What control system does this machine use?

It uses PLC automatic control with remote operation for more convenient and stable processing.

10.6 What cooling method is used in the hydraulic system?

The hydraulic oil cooling system uses air cooling.

11. After-Sales Service

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. can provide support for equipment selection, technical communication, production follow-up, testing before shipment, and installation guidance. Before final confirmation, buyers are advised to provide scrap photos, material size, target output, and site requirements so the recommended configuration better matches actual heavy scrap processing conditions.

12. Call to Action

If you are looking for a 630 ton hydraulic container scrap metal shear for heavy steel scrap processing, send us your scrap photos, maximum material size, expected hourly output, and working requirements. We will recommend a suitable configuration for your heavy ferrous scrap processing project.