Zhenjiang is located in an important industrial region of Jiangsu Province, China. The surrounding area has many steel processing companies, equipment manufacturers, shipbuilding-related suppliers, machinery factories, metal structure fabricators, and recycling enterprises. Because of this strong industrial base, large volumes of scrap steel, steel plate offcuts, profiles, waste pipes, dismantled machinery parts, and heavy structural scrap are generated regularly.

The customer in this project is a large scrap metal recycling and furnace material supply company in Zhenjiang. The company provides prepared scrap materials to nearby steel mills, foundries, and metal processing plants. In the past, the customer mainly relied on standard shearing equipment, manual flame cutting, and outsourced processing for large scrap materials. However, as recycling volume increased, the old processing method became less efficient.

The customer wanted to introduce a more powerful machine for centralized heavy scrap cutting. Their goal was to improve large scrap processing efficiency, reduce manual flame cutting, and prepare scrap into sizes more suitable for transportation, storage, and furnace charging.

After discussing the customer’s scrap materials, processing volume, site conditions, and downstream furnace material requirements, WANSHIDA recommended the Q43L-8000L Horizontal Container Scrap Shear. This machine features 8000kN cutting force, an 8000×1950×900mm loading chamber, 2000mm blade length, and PLC automatic control, making it suitable for heavy scrap and large-volume recycling operations.

The situation of this Zhenjiang customer is representative for many large scrap recycling companies and steel mill scrap suppliers.

The customer mainly handles steel plate scrap, steel profiles, structural demolition scrap, waste pipes, dismantled machinery parts, metal processing offcuts, heavy mixed scrap, and oversized metal waste.

The customer’s practical requirements focused on several key points.

First, the scrap size was large, and standard equipment had limited processing efficiency. The customer often received long and irregular scrap materials. If all materials were processed by manual cutting, the work would be slow and safety management would become more difficult.

Second, the customer needed better scrap size consistency. Downstream steel mills and foundries prefer scrap materials that are easier to load into furnaces. Oversized or irregular scrap can reduce loading efficiency and may require secondary processing.

Third, the customer wanted to reduce yard congestion. Large scrap materials take up a lot of space if they are not processed quickly. This affects truck movement, material sorting, and overall yard turnover.

Fourth, the customer needed equipment suitable for long-term continuous operation. For a large recycling yard, the machine is not used occasionally. It becomes a key part of daily production. Therefore, the customer paid close attention to cutting force, hydraulic stability, cooling system, machine structure, and automatic control.

• Large Scrap Processing Could Not Keep Up with Incoming Materials

  Zhenjiang and nearby industrial areas generate a stable supply of scrap metal, but the material size is often complex. If the customer cannot process large scrap in time, the yard becomes congested and later receiving and delivery work will be affected.

• Manual Flame Cutting Was Costly and Risky

  In traditional processing, long steel materials and heavy structural scrap often need manual flame cutting. Although this method is flexible, it is slow, labor-intensive, and creates sparks, smoke, and safety risks. It is not suitable for long-term large-volume scrap processing.

• Irregular Scrap Size Affected Sales and Furnace Use

  Unprocessed scrap has unstable dimensions. It creates more empty space during loading and reduces transport efficiency. For downstream steel mills and foundries, oversized scrap may require additional processing before furnace charging.

• Standard Shearing Equipment Was Not Enough for Heavy-Duty Work

  Some small shearing machines are suitable for light and medium scrap. However, when dealing with large volumes of heavy scrap, structural steel, and thick offcuts, they may show limited efficiency, insufficient cutting capacity, and faster wear.

Based on the customer’s heavy scrap processing requirements, WANSHIDA recommended the Q43L-8000L Horizontal Container Scrap Shear as the core processing machine.

This machine uses a heavy-duty hydraulic shearing structure and is suitable for centralized cutting of large scrap steel, profiles, plate offcuts, pipes, and mixed metal waste. Compared with manual cutting or small shearing machines, the Q43L-8000L is more suitable for high-intensity, continuous, and large-volume scrap preparation.

The machine is equipped with 8000kN cutting force, meeting the needs of heavy scrap cutting. The 8000×1950×900mm loading chamber can handle long and large scrap materials, reducing the need for pre-cutting. The 2000mm blade length improves cutting coverage for each operation, while PLC automatic control supports more continuous and consistent operation.

The machine also uses an air cooling system, with 25MPa hydraulic system pressure, 2–3 cuts per minute cutting speed, 270kW power, and a total machine weight of approximately 92000kg. For customers who need stable heavy scrap processing, this heavy-duty configuration is more suitable for real production conditions.

• Higher Efficiency in Large Scrap Processing

  The large loading chamber of the Q43L-8000L can receive long and bulky scrap metal. The customer does not need to pre-cut all materials into small pieces. After feeding, the machine uses hydraulic power to press and shear the scrap, improving processing speed on site.

• Reduced Dependence on Manual Cutting

  After using the machine, the customer can reduce manual flame cutting and process more scrap through hydraulic shearing. This helps lower labor cost and improve site safety management.

• Better Scrap Size Consistency

  The processed scrap is more suitable for transportation, stacking, and furnace charging. For customers who supply steel mills and foundries regularly, more consistent scrap size helps improve customer acceptance and delivery efficiency.

• Improved Yard Turnover

  Large scrap can be cut quickly and stacked more neatly. This improves yard utilization and makes truck loading, unloading, and material classification easier. The customer can better organize receiving, processing, and delivery.

• Suitable for Long-Term Continuous Operation

  With heavy-duty structure, high cutting force, stable hydraulic system, and PLC automatic control, the Q43L-8000L is suitable for continuous production in large recycling yards. For customers who require stable daily operation, the machine helps reduce production pressure caused by insufficient processing capacity.

1. 40 Years of Hydraulic Machinery Experience

   WANSHIDA has been focused on hydraulic metal recycling equipment manufacturing for around 40 years. Our products include metal balers, gantry shears, container shears, alligator shears, baler shears, and metal chip briquetting presses. This allows us to provide more accurate model recommendations according to different scrap materials and production needs.

2. Professional Factory and Engineering Team

   For heavy-duty scrap shearing equipment such as the Q43L-8000L, customers care not only about machine specifications, but also whether the machine can operate reliably in their real working environment. WANSHIDA has a professional factory and engineering team that can provide customized solutions based on scrap size, processing capacity, site layout, voltage requirements, and operation habits.

3. CE and ISO9001 Certification Support

   The machine can be manufactured and quality-controlled according to CE and ISO9001:2000 standards. For customer internal acceptance, project records, safety management, and long-term operation, complete quality systems and technical documents provide stronger support.

4. Heavy-Duty Equipment Manufacturing Capability

   The Q43L-8000L is a large hydraulic shearing machine with a total weight of around 92000kg. It requires strong manufacturing capability in structural design, welding, hydraulic system assembly, and final testing. WANSHIDA has rich experience in heavy-duty scrap processing equipment and can provide stable and reliable machine support.

5. Complete After-Sales Support

   WANSHIDA provides operation guidance, installation and commissioning advice, maintenance instructions, wearing parts supply, and remote technical support. After delivery, customers can contact us for operation, maintenance, or spare parts support to keep the machine running reliably.

This Zhenjiang project shows the real demand of large scrap recycling companies for high-efficiency, standardized, and continuous scrap processing. For customers handling heavy scrap, structural steel, pipes, profiles, and mixed metal waste, standard shearing machines or manual cutting methods may no longer meet long-term production needs.

The Q43L-8000L Horizontal Container Scrap Shear recommended by WANSHIDA helps improve scrap processing efficiency through 8000kN cutting force, an 8000×1950×900mm large loading chamber, 2000mm blade length, and PLC automatic control. It helps the customer reduce manual cutting, improve yard turnover, and supply more consistent furnace-ready scrap.

For scrap recycling companies, steel mill scrap suppliers, and large resource recovery projects in Zhenjiang and similar industrial regions, the Q43L-8000L is not only a heavy-duty hydraulic gantry shear, but also a reliable solution for large-scale scrap preparation.