84KW Containerized Scrap Shear 4000kN High-Power Cutting System For Heavy Duty Processing
Product Overview
The Q43W-4000B Container Scrap Shear is an upgraded version within the 4000kN class, designed for operations that require stronger power output and higher load endurance. Compared with standard configurations, this model focuses on handling tougher materials and maintaining performance under more demanding working conditions.
With an increased power system of 84kW, the machine delivers more stable energy support during cutting cycles, especially when processing dense, thick, or mixed heavy scrap. The 4000kN cutting force combined with a 1400mm blade length ensures efficient size reduction of structural steel, rebar bundles, and industrial scrap.
The container-style feeding structure allows direct loading of large materials, reducing pre-processing steps and improving workflow continuity. Meanwhile, the air cooling system supports stable operation by maintaining hydraulic oil temperature within a safe range during long working hours.
This model is particularly suitable for customers who require more power reserve, better cutting stability, and stronger adaptability to complex scrap conditions.
Cause
In heavy scrap processing environments, standard configurations often face limitations:
- Insufficient power when cutting high-density materials
- Slower cutting cycles under heavy load
- Increased strain on hydraulic components
- Reduced efficiency when handling mixed or irregular scrap
- Higher risk of performance fluctuation during continuous work
These issues become more evident as scrap hardness and volume increase.
Solution
The Q43W-4000B addresses these challenges with enhanced system capacity:
- 84kW power system provides stronger and more stable output
- 4000kN cutting force ensures capability for heavy-duty materials
- Container feeding reduces preparation time
- Stable hydraulic pressure (25MPa) maintains consistent performance
- Air cooling system supports continuous operation
This upgrade ensures that the machine performs reliably even in more demanding environments.
Specifications
| Item |
Parameter |
| Model |
Q43W-4000B |
| Cutting Force |
4000 kN |
| Output Opening |
1400 × 450 mm |
| Blade Length |
1400 mm |
| Hydraulic Pressure |
25 MPa |
| Cooling System |
Air Cooling |
| Cutting Speed |
2–3 times/min |
| Power |
84 kW |
| Operation |
Button Control |
| Machine Weight |
25,000 kg |
Application
The Q43W-4000B is ideal for:
- Heavy scrap recycling yards
- Steel structure dismantling operations
- Processing of thick plates and high-density scrap
- Industrial waste recycling with mixed materials
- Facilities requiring stable performance under high load
It is especially effective for materials that are difficult to cut with lower-power machines.
How It Works
Scrap materials are loaded into the container chamber, where hydraulic cylinders position and stabilize them. The cutting blade then moves downward with high force, powered by the upgraded hydraulic system.
The increased power ensures that even under heavy load conditions, the cutting cycle remains stable and efficient. The processed material exits through the output opening, ready for transport or further processing.
How To Choose
This model is suitable if your operation requires:
- Handling thicker or denser scrap materials
- More stable performance under heavy load
- Reduced performance drop during continuous operation
- Higher power reserve for future capacity expansion
If your materials are getting tougher or your workload is increasing, upgrading to a higher-power configuration is a practical choice.
FAQ
1. What is the main difference between 4000A and 4000B?
The 4000B has a higher power system (84kW), providing better performance under heavy load conditions.
2. Is this machine suitable for thick steel materials?
Yes. It is designed to handle dense and heavy scrap more effectively than lower-power models.
3. Does higher power mean higher energy consumption?
It provides more power when needed, but overall efficiency remains balanced due to stable operation.
4. Can it operate continuously?
Yes. The air cooling system and stable hydraulic design support long working hours.
5. Can the machine be customized?
Yes. Configuration such as control system, power supply, and structure can be tailored to customer requirements.
