The Combined Wire Drawing Machine LZ2/800+LT8-13/650 is a highly efficient and flexible machinery that integrates two wire drawing processes - LZ2/800 and LT8-13/650. This equipment allows for precise and simultaneous reduction of wire diameter and elongation, enabling the production of wires with desired thickness and high quality. It finds application in various industries, including steel, wire rope, and electrical cable manufacturing.
|Maximum diameter of inlet wire
|Minmum diameter of oulet wire
|Drawing line speed
|Inlet tensile strength
|Total compression rate
|Average compression rate
The combined wire drawing machine LZ2/800+LT8-13/650 is a specialized equipment used to reduce the diameter of wire while maintaining precise tolerances. Here is a brief explanation of its working principles:
1. Wire Feeding: The process begins by feeding a coiled wire into the LZ2/800 drawing machine. This machine is responsible for the initial wire drawing stages.
2. Drawing Process (LZ2/800): In the LZ2/800 component, the wire undergoes multiple drawing passes through a series of drawing dies. Each pass reduces the wire's diameter incrementally. These dies are typically made of tungsten carbide or diamond, ensuring precision and consistent reduction.
3. Intermediate Coiling: After the initial drawing in the LZ2/800 machine, the partially drawn wire is coiled and then transferred to the LT8-13/650 machine for further processing.
4. Drawing Process (LT8-13/650): In the LT8-13/650 component, the wire continues its journey through multiple drawing dies, undergoing additional reductions in diameter. This machine is designed for fine wire drawing, allowing for the production of extremely thin wires with high precision.
5. Final Coiling: Once the wire reaches the desired diameter and quality, it is coiled onto a spool or drum for storage or further processing in downstream manufacturing operations.
The combined wire drawing machine LZ2/800+LT8-13/650 operates in a continuous and sequential manner, with each machine stage contributing to the overall reduction in wire diameter. The precision of the drawing dies and the control systems ensure that the final wire meets the required specifications for diameter and surface finish. This process is crucial in industries that demand high-quality wire for various applications, including electronics, automotive, and construction.