High conductivity wound aluminum enameled wire is a type of aluminum conductor with high conductivity used in the winding of motors, transformers and other electrical equipment." 1.30 mm" indicates that the wire has a diameter dimension of 1.30 mm.

High conductivity wound aluminum enameled wire is usually made from pure aluminum or high purity aluminum alloys. These materials have high electrical conductivity, close to that of copper. High conductivity aluminum provides better current conduction and wire efficiency than ordinary aluminum materials.


High conductivity wound aluminum enameled wire offers some advantages in specific applications. Firstly, the use of aluminum wire reduces the weight of electrical equipment because of its lower density compared to copper wire. Second, aluminum wire is relatively inexpensive and may be more competitive in cost-sensitive applications. This type of aluminum wire is commonly used in low-power motors, small transformers, inductors and other applications where light weight and economy are required.

High conductivity wound aluminum enameled wire has an insulating varnish coated on the surface of the aluminum conductor. The insulating varnish is used to provide electrical insulation to prevent electrical short circuits between wires or between wires and other components. Different insulating varnishes can provide different insulation levels and temperature resistance for different applications.

The diameter size of high conductivity wound aluminum enameled wire can vary depending on the requirements of the specific application. Different motors or equipment may require different diameter wires to carry specific current loads. Manufacturers often offer aluminum enameled wire in a variety of diameter sizes to meet the needs of each application.

When selecting high conductivity wound aluminum enameled wire, it is recommended to refer to relevant international or industry standards such as IEC (International Electrotechnical Commission) standards or manufacturer's certifications. These standards and certifications ensure that the aluminum enameled wire meets specific quality and performance requirements.

For specific applications and designs, further consultation with motor manufacturers, equipment manufacturers or professional engineers is recommended to ensure that the appropriate high conductivity wound aluminum enameled wire is selected to meet the requirements and performance of the electrical equipment.