Q43W-6300A 630 Ton Hydraulic Scrap Shear for Scrap Yard and Recycling Plant

Product Specification

Q43W-6300A 630 Ton Hydraulic Scrap Shear for Scrap Yard and Recycling Plant

1. Product Description

The Q43W-6300A 630 ton hydraulic scrap shear is designed for scrap yards, steel recycling plants, and ferrous scrap processing operations that need to cut oversized steel scrap into shorter and more manageable sections. It is suitable for handling mixed steel scrap, angle steel, channel steel, round steel, I-beam, steel plate offcuts, and other bulky ferrous materials that are difficult to store, load, transport, or sort in their original size. The page itself positions this model for scrap yard and recycling plant use, with PLC automatic remote operation, a 3700 × 2500 mm feeding mouth, and a 1500 mm blade length.

In daily recycling work, long and irregular scrap often creates handling problems before resale, transfer, or further processing. Oversized materials can occupy too much yard space, slow down sorting work, and increase loading difficulty. The Q43W-6300A is built to solve these practical issues by combining strong hydraulic shearing force, a large feeding opening, PLC automatic control, remote operation, and stable output performance in one machine. The current product page also describes it as suitable for mixed ferrous scrap, profile steel, and plate scrap processing.

With a cutting speed of 3–4 cuts per minute and a processing capacity of 8–10 tons per hour, this machine is suitable for medium-to-heavy daily scrap preparation work. Its hydraulic system operates at 22.0 MPa working pressure, with a maximum pressure of 25.5 MPa, and uses an air cooling system to support repeated industrial operation. The installed motor arrangement is 45 kW × 3, with total power of about 139 kW. These published specifications make the model a practical choice for buyers who need a 630 ton class scrap shear focused on yard-side and recycling-side ferrous scrap size reduction.

2. Product Overview

2.1 Main Equipment Positioning

This model is positioned as a hydraulic scrap shear for scrap yards and recycling plants, rather than a furnace-feeding dedicated steel mill shear. That positioning is consistent with the page title, H1, application industry field, and product description on the current site.

2.2 Main Purpose

Its main purpose is to cut oversized ferrous scrap into shorter sections that are easier to:

• store in the yard
• transfer for resale or loading
• sort for recycling workflows
• prepare for downstream processing

2.3 Recommended Buyers

This machine is suitable for:

• scrap yard operators
• recycling plant managers
• ferrous scrap processors
• metal processing companies handling mixed heavy steel scrap

3. Suitable Materials

The Q43W-6300A hydraulic scrap shear is suitable for the material types listed on the current page, including:

1. Square steel
2. Angle steel
3. Round steel
4. I steel / I-beam
5. Steel plate
6. Channel steel
7. Mixed ferrous scrap
8. Long and irregular structural scrap

The source page explicitly lists square steel, angle steel, round steel, I steel, steel plate, and channel steel as applicable materials.

4. Recommended Application Scenarios

4.1 Scrap Yard Oversized Scrap Cutting

Scrap yards often receive long, mixed, and irregular ferrous materials that are difficult to stack, classify, or ship efficiently. This machine is suitable for reducing oversized scrap into shorter sections for easier yard management. The current page already presents scrap yard oversized scrap cutting as a key application.

4.2 Recycling Plant Material Preparation

Recycling plants often need more uniform material size for sorting, transfer, resale, or downstream processing. This model helps improve output consistency and supports more organized material flow in recycling operations. The existing page explicitly positions the machine for recycling plant material preparation.

4.3 Profile Steel Cutting

Long profile materials such as angle steel, channel steel, and I steel are difficult to handle in original lengths. This machine is suitable for shortening such materials into more practical processing lengths. The current product page names profile steel cutting as a typical application.

4.4 Plate Scrap Size Reduction

Steel plates and heavy offcuts can occupy large floor space and reduce storage efficiency. This machine helps reduce plate scrap size for easier storage and transfer. The source page specifically includes plate scrap handling as one of the typical use cases.

5. Technical Specification Table

6. Core Product Advantages

6.1 630 Ton Class Shearing Force for Heavy Scrap Work

The published cutting cylinder press force of 2890 × 2 kN provides the machine with strong cutting ability for mixed ferrous scrap and structural steel materials.

6.2 Large Feeding Mouth for Bulky Scrap

The 3700 × 2500 mm feeding mouth supports direct loading of large and irregular scrap pieces, reducing repeated repositioning during operation.

6.3 PLC Automatic and Remote Operation

The machine uses PLC automatic + remote control, helping improve operation consistency and reduce repeated manual intervention. This control configuration is clearly stated in both the detail information and technical table.

6.4 Practical Output for Daily Yard and Recycling Work

With 3–4 cuts/min and 8–10 t/h processing capacity, this model is suitable for medium-to-heavy daily scrap reduction work in scrap yard and recycling plant settings.

6.5 Air Cooling for Stable Repeated Operation

The page states that the machine uses an air cooling system for hydraulic performance. This supports more stable temperature control during repeated operating cycles.

7. Why Choose This Model

7.1 Better Yard Space Management

Oversized scrap takes up unnecessary space in storage and processing areas. Cutting materials into shorter sections can improve storage density and yard organization.

7.2 Easier Scrap Handling

Bulky and irregular ferrous scrap is harder to load, stack, classify, and transport. This model helps simplify handling by reducing material size before downstream movement.

7.3 More Consistent Recycling Preparation

For recycling plants, more uniform material size can help improve sorting rhythm, transfer efficiency, and processing consistency.

7.4 Balanced Configuration for 630 Ton Buyers

This model offers a practical balance of cutting force, control automation, and industrial output for buyers looking for a 630 ton class hydraulic shear without moving to a much larger system.

8. Working Process

8.1 Material Loading

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

8.2 Material Positioning

The hydraulic system positions and stabilizes the material before shearing.

8.3 Hydraulic Cutting

The cutting system applies strong shearing force to reduce oversized scrap into shorter sections.

8.4 Output and Transfer

Cut materials can then be stored, sorted, transferred, or prepared for downstream recycling processing.

9. RFQ

9.1 What information should buyers provide before quotation?

1. What type of scrap do you process most often?
2. What is the maximum material size or section size?
3. What hourly output do you expect?
4. Will the machine be used mainly in a scrap yard or a recycling plant?
5. What is your local voltage and frequency standard?
6. Do you need PLC automatic remote operation?
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.
2. It helps match the machine to your actual scrap type and workflow.
3. It improves quotation accuracy and configuration recommendation.

10. FAQ

10.1 Is this 630 ton hydraulic scrap shear suitable for scrap yards and recycling plants?

Yes. The current page specifically positions this model for scrap yard and recycling plant use.

10.2 What materials can this machine process?

It is suitable for square steel, angle steel, round steel, I steel, steel plate, channel steel, and other mixed ferrous scrap materials listed on the page.

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 the estimated hourly output in tons. On this product page, those values are 3–4 cuts/min and 8–10 t/h.

10.4 What control system does this machine use?

The page states that this model uses PLC automatic + remote control.

10.5 What is the blade length of this hydraulic scrap shear?

The listed blade length is 1500 mm.

10.6 Can the output mouth size be customized?

Yes. The current page states 1500 × 400 mm or customized.

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 dimensions, target output, and site requirements so that the recommended configuration better matches actual working conditions.

12. Call to Action

If you are looking for a 630 ton hydraulic scrap shear for scrap yard and recycling plant operations, send us your scrap photos, main material type, maximum section size, and expected hourly output. We will recommend a suitable configuration and provide a more accurate solution for your ferrous scrap processing project.