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| Brand Name: | WANSHIDA |
| Model Number: | Q43W-8000 |
| MOQ: | 1 set |
| Price: | Negotiable |
| Delivery Time: | 25days |
| Payment Terms: | Western Union,L/C,T/T |
The Q43W-8000 Horizontal Container Scrap Shear is an ultra-heavy-duty hydraulic shear designed for extreme scrap metal cutting applications requiring maximum shearing force and structural stability.
With an 8000 kN shearing force and a 1600 mm blade length, this model represents the highest capacity level within the Q43W container shear series.
Built with a fully enclosed horizontal container structure, the Q43W-8000 is engineered to process very dense, bulky, and oversized scrap under controlled conditions.
Its combination of extreme cutting force, large discharge opening, and high installed power makes it suitable for continuous operation in large-scale scrap processing lines and steel mill scrap preparation systems.
Extreme-Duty Enclosed Container Structure
The container body and main frame are heavily reinforced to withstand repeated ultra-high cutting loads, ensuring long-term dimensional stability.
Large Discharge Opening for Heavy Scrap Flow
A 1600 × 450 mm discharge size allows smooth release of cut scrap, reducing congestion and improving downstream material handling efficiency.
High-Rigidity Shear Frame
The frame structure is optimized to maintain precise blade alignment under extreme pressure, which is critical at this force level.
Extra-Long Blade for Large Cross-Section Materials
The 1600 mm blade length provides a wide cutting surface suitable for processing very thick, compressed, and high-density scrap.
Low-Speed, Ultra-High-Force Cutting Logic
Operating at 3–4 strokes per minute, the Q43W-8000 applies massive cutting force in a controlled manner, minimizing impact shock and extending component life.
Designed for Extreme Scrap Conditions
The blade system is optimized for cutting scrap that is beyond the practical limits of lower-capacity container shears.
High-Capacity Hydraulic Power System
With 180 kW installed power, the hydraulic system delivers sustained energy output required for extreme-duty cutting cycles.
Button-Control Operation
Simple and robust button control ensures safe and intuitive operation in large-scale industrial environments.
Continuous Heavy-Duty Operation Design
Engineered for long-duration operation where maximum uptime and reliability are required.
| Model | Shearing Force (KN) | Blade Length (mm) | Discharging size (mm) | Cutting Frequency (times/min) | Power (kW) |
|---|---|---|---|---|---|
| Q43W-8000 | 8000 | 1600 | 1600×450 | 3-4 | 180 |
The Q43W-8000 Horizontal Container Scrap Shear is suitable for processing:
Extremely dense mixed scrap
Heavy structural steel scrap
Large compressed scrap blocks
Oversized industrial ferrous metal waste
It is commonly used in steel mills, large scrap recycling plants, and centralized heavy scrap preparation lines.
Highest Shearing Force in the Q43W Series
Designed for applications where even the Q43W-6300 reaches its capacity limit.
Enclosed Cutting for Maximum Safety and Control
The container structure keeps scrap confined during cutting, reducing risk and improving process stability.
Built for Extreme Scrap, Not Standard Waste
Ideal for facilities processing very dense and oversized materials on a daily basis.
High Installed Power for Sustained Load
180 kW power ensures stable cutting performance under continuous extreme-duty operation.
Long-Term Reliability Under Maximum Stress
Structural design prioritizes durability and alignment stability under ultra-high cutting force.
Manufactured under ISO 9001 quality management system
One-year warranty for the complete machine
Long-term technical support and spare parts availability
It is designed for extremely dense, bulky, and oversized scrap that requires ultra-high cutting force.
The Q43W-8000 offers significantly higher cutting force, a longer blade, and greater power, making it suitable for more extreme scrap conditions.
Yes. A cutting frequency of 3–4 strokes per minute balances extreme cutting force with stable output.
Extreme cutting force requires sustained hydraulic output to maintain pressure throughout each cutting stroke.
Yes. The reinforced structure and high-capacity hydraulic system are designed for continuous industrial use under extreme load conditions.
