Analysis of ECCA Manufacturer Internal Conductor Materials MyWorldGo

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  • Posted By: xiu weetime
  • Posted On: Sep 05, 2019
  • Views: 5
  • Likes: 1
  • Category: Places
  • Description: ECCA Wire, which uses copper-clad aluminum as its inner conductor, is a new type of electromagnetic wire. It combines the excellent conductivity of copper with the lightweight of aluminum, and its characteristics are between copper and aluminum. ECCA Manufacturer(XINYU) widely applies it to transformers, inductive electromagnetic coils, audio coils, electromagnetic wires for degaussing coils, etc. Its DC resistivity is high, its weight is light, and it has good solderability. But at the same time, there are also several aspects that need attention. Due to low cost, most enterprises use copper-clad aluminum wires in power transmission and transformers. Copper-clad aluminum enamels are actually not applicable in many fields. The resistivity of copper-clad aluminum wire is higher than that of copper wire, and the problem of temperature rise is worthy of attention. In addition, aluminum wire is easy to oxidize, which will further increase the resistance. Measures to prevent oxidation should be taken during use to avoid losses. ECCA line can be used for signal transmission, but it will cause great problems in power transmission and reduce the service life of its products. When in use, attention should be paid to protecting the section of enameled wire to prevent aluminum oxidation and ensure the effective combination of aluminum and copper, which can also prolong the service life. What needs most attention is that there is no real demonstration in the industry as to whether the copper-aluminum bonding ability can stand the test during the long-term use of this new type of metallurgical bonding electromagnetic wire and the process of thermal expansion and cold contraction. However, ECCA wire still has many advantages such as low cost of ownership, lightweight, and excellent conductivity. Reasonable use and protection can prolong the service life and greatly reduce the cost. Click ECCA Wire to learn about more information.