High Conductivity Aluminum Wire is a coil material with excellent electrical conductivity, usually made from high purity aluminum metal.

High conductivity aluminum wire typically has a conductivity of approximately 61% IACS (International Electrotechnical Commission Unit of Conductivity), which is close to the conductivity of copper wire. Despite the relatively low conductivity of aluminum, high conductivity aluminum wire is able to achieve high conductivity through increased material purity and optimized manufacturing processes. This makes it an alternative to copper wire, which means it provides good current transfer capability for a variety of high-performance coil applications.


High conductivity aluminum wire has electrical conductivity close to that of copper conductors. Despite aluminum's relatively low conductivity, high conductivity
Aluminum is less dense than copper wire, so high conductivity aluminum wire allows for lightweight coil designs. This is advantageous for reducing equipment weight, lowering energy consumption and improving energy efficiency.

High-conductivity aluminum wire has good thermal conductivity and is able to effectively conduct the heat generated in the coil. This helps the coil maintain a stable operating temperature under high loads and high temperatures, and improves the coil's heat dissipation performance.

High conductivity aluminum wire usually has good corrosion resistance and is able to resist some chemicals and humidity from attacking the coil. This allows it to maintain good electrical performance and long-term stability in some special environments.

The wire diameter and gauge of high conductivity aluminum wire can be customized according to the specific application requirements. Different wire diameters and gauges are available to meet the current transmission and coil design requirements of different applications.

High conductivity aluminum wire is widely used in a variety of coil applications, such as motors, transformers, generators, inductors and so on. It provides excellent electrical conductivity, lightweight design, good thermal conductivity and corrosion resistance for a wide range of application scenarios requiring high performance coils. When selecting high conductivity aluminum wire, the appropriate choice should be made based on the current transfer requirements of the specific application, matching of wire diameter and gauge, and environmental conditions.