Core Structure
Feeding System: Hopper + Conveyor Belt (featuring optional automatic/manual feeding modes) to prevent material entanglement and ensure uniform feeding;
Main Shredding Unit: Primarily utilizes a dual-shaft shear design (characterized by low speed and high torque-ideally suited for preventing the entanglement of steel strands); the cutter shafts are fitted with high-alloy, interlocking blades. Certain models feature auxiliary single-shaft or hammer-mill mechanisms;
Drive & Reduction System: High-power motor coupled with a hard-toothed gear reducer to deliver consistent and stable shearing force;
Sorting & Discharge Unit: Comprises magnetic separation (for separating steel from aluminum), a vibrating screen, and a dust-extraction fan to facilitate material classification and purification;
Control System: PLC-based control with emergency stop protection; allows for adjustable output particle size (typically offering two common range options: 1-4 cm and 3-18 cm).
The steel strand crusher primarily relies on high-speed rotating blades to shear and impact copper-clad steel strands, breaking them down into smaller fragments. During this process, a motor drives the blades to rotate rapidly; as soon as the strands enter the crushing chamber, they are immediately severed by the blades. Throughout the crushing operation, the volume of the material continuously decreases until it reaches the desired particle size, whereupon it is discharged through the outlet, thereby preparing it for subsequent processing stages.
The steel strand crusher boasts high crushing efficiency, capable of processing large quantities of copper-clad steel strands within a relatively short timeframe. Its structural design is scientifically sound and rational, ensuring smooth operation and low noise levels, thereby creating a comfortable working environment for operators. Furthermore, the cutting blades exhibit excellent wear resistance and a long service life, which helps to minimize operating costs. Moreover, the crushed material features uniform particle size, facilitating subsequent reprocessing and utilization.
Various types of scrap copper-clad steel strands are suitable for recycling and reuse; whether discarded in the power or telecommunications sectors, these strands can be effectively processed through shredding. Within resource recovery enterprises, such strands allow for the extraction of value from waste materials, thereby promoting the circular utilization of resources. Furthermore, for manufacturers of copper-clad steel strands, this process offers a means to handle substandard products, thereby enhancing overall resource efficiency.
| Model |
Power |
Fan Power |
Capacity |
Arrange |
| WGJX-100 |
11KW |
0.55KW |
0.8-1.5T/H |
≤15Mm |
| WGJX-200 |
18.5KW |
0.75KW |
1.8-2.5T/H |
≤30Mm |
| WGJX-300 |
30KW |
1.1KW |
2.5-4T/H |
≤30Mm |
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