SWG Aluminum Motor Wire uses aluminum as the wire material, which is lighter in weight and lower in cost than copper wires.SWG Aluminum Motor Wire is flexible and easy to bend and install.
3. Good electrical conductivity: Although aluminum has a lower electrical conductivity than copper, SWG aluminum motor wire still has enough electrical conductivity to meet the needs of low-power motors such as fans.

Lower conductivity: Compared to copper conductors, the conductivity of aluminum is about half that of copper, which means that the resistance of SWG aluminum motor wires will be a little higher for the same current. Therefore, resistance loss and thermal conductivity need to be taken into account in design and selection.
Overload Capacity: Due to the lower conductivity of aluminum, SWG aluminum motor wire has a relatively low overload capacity. In high power applications, careful calculation and selection of the appropriate wire diameter is required to ensure that the motor wire can withstand the rated current without overheating.
Connection techniques: Due to the electrochemical reaction between aluminum and copper, the connection of SWG Aluminum Motor Wire to copper conductors may result in increased contact resistance and the risk of loose wires. When connecting, appropriate connection techniques and materials, such as aluminum nuts or special aluminum-copper connectors, should be used to ensure good connection quality.



Household appliances: SWG aluminum motor wires are commonly used for motor windings in household appliances, such as washing machines, refrigerators, air conditioners and fans. They are used to transmit electrical energy and control signals.
Commercial and Industrial Equipment: SWG Aluminum Motor Wires can also be used in motor applications in commercial and industrial equipment, such as fans, pumps, compressors, and so on.
High-efficiency motors: SWG aluminum motor wire is more common in some low-power, high-efficiency motors due to the lower conductivity of aluminum conductors.