| Brand Name: | HUAKE |
| Model Number: | Q91Y-800W |
| MOQ: | 1 SET |
| Price: | NEGOTIATION |
| Delivery Time: | 60 -90DAYS |
| Payment Terms: | T/T, L/C |
In large scrap metal recycling plants, handling bulky steel materials is a common operational challenge. Scrap yards often receive structural steel, construction rebar, steel plates, and industrial scrap components from demolition projects, automotive dismantling, and manufacturing waste streams. These materials are usually oversized and irregular, which makes storage, transportation, and furnace charging difficult.
To address these challenges, many recycling facilities rely on industrial scrap metal processing equipment, particularly hydraulic scrap metal shear machines, to reduce the size of scrap steel before it enters the recycling and steelmaking process. A well-designed scrap metal shear machine helps recycling plants maintain stable operations, streamline scrap handling, and prepare materials for downstream processing.
A modern industrial hydraulic scrap metal shear is specifically designed to process heavy structural scrap steel in recycling environments. Unlike smaller cutting tools, a gantry type scrap metal shear provides the cutting force and structural stability required for continuous industrial operations.
For example, the Q91Y-800W hydraulic scrap metal shear is designed for large scrap recycling plants and steel scrap processing yards. The machine uses a dual-cylinder hydraulic shearing system capable of delivering 3500 kN × 2 shearing force, allowing the equipment to cut heavy steel bars, thick steel plates, and structural steel components commonly found in industrial scrap streams.
The shear is equipped with an 1800 mm shear blade length, enabling the machine to cut wider scrap sections in a single operation. This blade dimension is suitable for processing structural steel beams and plate materials that are commonly generated in construction demolition and industrial dismantling projects.
To support heavy-duty operation, the machine’s hydraulic system operates at working pressures up to 25 MPa, ensuring consistent cutting performance during repeated cycles in demanding scrap yard environments.
In scrap recycling plants where material throughput is critical, cutting efficiency and feeding capacity are important considerations. Industrial scrap metal shearing machines are often designed with long feeding chambers and hydraulic pushing systems to support continuous material processing.
The Q91Y-800W scrap metal shear machine features a large chamber size of 7500 × 1800 × 900 mm, allowing recycling facilities to load significant volumes of scrap metal for processing. This configuration helps maintain steady material flow in scrap processing lines and reduces handling interruptions in recycling operations.
In addition, the equipment can perform approximately 3–4 cutting cycles per minute under empty-load conditions, providing a consistent processing rhythm for scrap steel cutting operations.
These design characteristics make the machine suitable for:
scrap metal recycling plants
steel mill scrap processing yards
metal dismantling facilities
industrial scrap handling operations
When selecting a scrap metal shear machine for recycling plants, operators typically evaluate several technical factors.
First is the shearing capacity, which determines the types of scrap steel materials the machine can process. Heavy scrap operations often require heavy duty hydraulic scrap metal shears capable of cutting thick structural steel.
Second is the blade length and cutting width. A larger blade allows wider scrap sections to be processed in each cycle, which improves operational efficiency in recycling plants handling large materials.
Third is the hydraulic system performance, including cylinder force and working pressure. A stable hydraulic system is essential for maintaining consistent cutting force and reducing operational interruptions during heavy scrap processing.
Finally, the feeding chamber size and material pushing system influence how efficiently scrap metal can be loaded and processed in the recycling line.
As the global recycling industry continues to expand, scrap metal shear equipment remains an essential part of metal recovery infrastructure. Industrial machines such as hydraulic scrap metal shear systems enable recycling facilities to convert oversized scrap materials into manageable feedstock for steel production.
For recycling plants handling structural scrap steel, construction scrap, and industrial metal waste, a properly configured industrial scrap metal shear machine helps improve scrap handling efficiency and supports the steady flow of recycled materials from scrap yards to steel mills.
In modern scrap recycling operations, equipment such as the hydraulic gantry scrap metal shear continues to play a key role in managing heavy scrap materials and maintaining efficient scrap processing workflows.
PARAMTERS
| Category | Parameter | Specification | Notes |
|---|---|---|---|
| Machine Type | Equipment Model | Q91Y-800W Hydraulic Scrap Metal Shear | Gantry type scrap steel shear |
| Shearing System | Shearing Cylinder Model | YG420/300 | Hydraulic dual-cylinder design |
| Shearing Cylinder Stroke | 980 mm | Determines cutting travel | |
| Maximum Shearing Force | 3500 kN × 2 | High-load scrap cutting capacity | |
| Pressing System | Side Pressure Cylinder Model | YG220/160 | Scrap compression before cutting |
| Side Pressure Cylinder Stroke | 1000 mm | Improves cutting stability | |
| Side Pressure Force | 1000 kN × 2 | Material stabilization | |
| Feeding System | Material Push Cylinder Model | YG240/180 | Hydraulic feeding system |
| Push Cylinder Stroke | 7500 mm | Continuous scrap feeding | |
| Push Force | 1250 kN | Supports heavy scrap movement | |
| Chamber | Chamber Size (L × W × H) | 7500 × 1800 × 900 mm | Large scrap feeding capacity |
| Blade System | Shear Blade Length | 1800 mm | Cutting width |
| Minimum Shear Opening | 570 mm | Material clearance | |
| Shear Angle | 11.5° | Reduces cutting resistance | |
| Hydraulic System | Hydraulic System Pressure | ≤25 MPa | Working hydraulic pressure |
| Hydraulic Pump Model | A4V-250 | Industrial variable pump | |
| Pump Pressure | 31.5 MPa | Maximum hydraulic pressure | |
| Power System | Total Installed Power | 182.5 kW | Overall equipment power |
| Electric Motor | 45 kW × 4 units | Main drive motors | |
| Processing Capacity | Maximum Shear Range | Round steel φ140 mm | Material capability |
| Square steel 110 ×110 mm | |||
| Steel plate 70 ×600 mm | |||
| Production Efficiency | Cutting Efficiency | 3–4 cuts / minute (empty load) | Processing rhythm |
| Feeding Speed | Feed Speed | 300 mm/s | Hydraulic feeding |