Coated Conductor
Coated Conductors

We offer tin, silver, and nickel-coated conductors, each designed for specific applications. Tin-coated wire resists corrosion, which makes it ideal for humid or chemically aggressive environments. Silver-coated wire enhances conductivity, especially in high-frequency signal transmission. Nickel-coated wire improves wear resistance, ensuring durability in demanding conditions. These coatings help maintain reliable performance across various industries, allowing for better adaptability based on operational needs.
    1. Tinned Wire
    2. Tinned Wire
      The tin coating acts as a protective barrier, preventing oxidation and sulfurization, which helps maintain conductor performance over time.
      Improved solderability makes tinned wire easier to work with, ensuring strong and reliable connections in electronic components.
      A smooth, uniform tin layer ensures consistent quality, free from peeling, discoloration, cracks, or surface defects.
      The bond between the tin and conductor remains stable even in high-temperature environments, this makes tinned wires suitable for demanding applications.
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    1. Silver Plated Wire
    2. Silver Plated Wire
      Electronics & electrical: Precision electronic equipment, circuit connections, and high-frequency circuits.
      Telecommunications: Communication cables and fiber optic networks.
      Aerospace: Avionics, satellite communication, and aerospace wiring systems.
      Defense & military: Military-grade communication systems and weaponry.
      Medical devices: Manufacturing of medical equipment and surgical device connections.
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    1. Nickel Plated Wire
    2. Nickel Plated Wire
      Low-voltage electrical components, such as circuit breakers, heating blankets, and thermal overload relays.
      Aerospace applications, where durability and temperature resistance are critical.
      Electronic components, ensuring stable conductivity in precision circuits and high-performance electrical systems.
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FAQs About Coated Conductors

The two primary methods are electroplating and chemical plating.

  • Electroplating applies a metal layer to the conductor’s surface using an electrolyte solution and electric current, ensuring a uniform and durable coating.
  • Chemical plating relies on chemical reactions to deposit metal ions onto the conductor, forming a strong, even layer without needing an external power source.

  • For minor damage on solderable coatings (such as tin), localized soldering can be used.
  • For higher-performance coatings (such as gold or silver), electroplating or chemical plating is recommended. Before repairing, the damaged area must be thoroughly cleaned and pre-treated to ensure proper adhesion and durability.

Tin-coated wire is the best option. In humid or chemically aggressive conditions, the tin layer forms a protective oxide film, preventing further corrosion and extending the conductor’s lifespan.

Silver plating is used when higher conductivity is required. It is particularly beneficial in high-frequency applications, where silver’s surface conductivity enhances signal transmission. Also, silver’s low reactivity enhances corrosion resistance, which is beneficial for specialized applications.
Industries We Serve
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Reliable Manufacturer of Wire Harness Conductors
With extensive manufacturing capabilities, we provide high-quality copper and copper alloy conductors tailored to industry demands
  • Our production facilities manufacture over 800 tons of conductors per month, providing a stable and scalable supply for various industries.
  • With a product portfolio of more than 400 types of conductors, we offer solutions that meet diverse application needs.
  • More than 800 companies worldwide rely on our conductors, which proves our commitment to quality, efficiency, and long-term partnerships.
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