Copper clad steel fine wire drawing machine Company

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Suzhou Hengxie Machinery Co., Ltd.

We are China Copper clad steel fine wire drawing machine Suppliers and Copper clad steel fine wire drawing machine Company. We are an enterprise specializing in the research, development, production and sales of cable equipment series products.

Suzhou Hengxie is a private machinery company specialized in cable series equipment. Located in Yinghu Industrial Park, Wangting Town, Xiangcheng District, Suzhou, which near to G312 and high way entrance, Hengxie enjoys a convenient transportation and pleasant environment. The main products of company are as following: 9, 13 dies rod breakdown machine and 17 dies medium drawing machine (chain or ground gear transmission type), medium and large drawing machine with continuous annealer, 14 dies medium and fine wire drawing machine, 22 or 24 dies fine wire drawing machine, 20 or 24 dies super fine wire drawing machine, annealing and tinning machine, medium wire drawing machine with double spooler, and hing speed auto stranding machine, etc.Our products include both domestic market and oversea market such as India, Brazil,Egypt, Malaysia, Korea, Vietnam, Syria, Kenya, Argentina, South Africa and Iran. With the concept of stable quality and mutual development, Hengxie welcomes all customers from the world to create a sincere cooperation and win-win benefit in the future.

Suzhou Hengxie Machinery Co., Ltd.
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Industry knowledge

1. What are the key features and technological capabilities of a copper-clad steel (CCS) fine wire drawing machine, and how does it cater to the specific requirements of CCS wire production?
Advanced Drawing Capabilities for CCS Wires: The machine is equipped with precision-engineered drawing dies and capstans tailored for processing copper-clad steel materials, ensuring uniform wire reduction while preserving the integrity of the cladding and core materials.
Inline Annealing and Heat Treatment Processes: The machine incorporates inline annealing and heat treatment capabilities to enhance the ductility, conductivity, and formability of the CCS wires, resulting in improved electrical and mechanical performance.
Dimensional Control and Surface Finish Enhancement: State-of-the-art dimensional control systems and surface treatment technologies ensure the production of CCS wires with tight tolerances, smooth surfaces, and improved solderability, meeting the specific requirements of electronic and electrical applications.
Automated Tension Control and Process Monitoring: Advanced tension control systems and real-time process monitoring tools minimize the risk of surface defects, wire breakage, and ensure consistent production quality throughout the wire drawing process.
Modular Design for Customization and Flexibility: The machine's modular design allows for flexible configuration and customization to address specific production requirements, alloy compositions, and wire size ranges.
Comprehensive Safety Features and Operational Reliability: The machine is equipped with safety interlocks, emergency stop mechanisms, fault detection systems, and comprehensive operational reliability features to ensure personnel safety and uninterrupted production.
Energy-Efficient Design and Sustainability Considerations: The machine prioritizes energy efficiency, material utilization, and sustainable manufacturing practices, aligning with environmental responsibility and sustainable manufacturing initiatives.
2. What are the advantages of investing in a copper-clad steel (CCS) fine wire drawing machine for manufacturers seeking to optimize their wire production operations and meet the demand for high-quality CCS wires?
Precision Processing for High-Quality CCS Wires: The machine enables the production of CCS wires with superior electrical conductivity, excellent solderability, and tight dimensional tolerances, meeting the stringent requirements of telecommunications, electronics, and power transmission industries.
Flexibility for Custom Alloy Compositions: The machine's modular design and customizable configuration allow manufacturers to adapt the drawing parameters to accommodate variations in cladding thickness, steel core composition, and wire size requirements, providing custom CCS wires optimized for diverse applications.
Efficiency and Throughput Optimization: The machine's advanced drawing capabilities, inline annealing, and automated tension control systems contribute to increased production efficiency and throughput, minimizing processing time and reducing material waste.
Quality Assurance and Consistency: The integrated process monitoring tools and automated quality control mechanisms ensure the consistent production of high-quality CCS wires free from defects and deviations, meeting industry standards and customer specifications.
Sustainable Manufacturing Practices: The machine's energy-efficient design, waste reduction initiatives, and environmental responsibility align with sustainable manufacturing practices, helping manufacturers achieve cost savings and reduce their environmental footprint while meeting the increasing demand for eco-friendly products.