Aluminum Magnets

Enamelled aluminum wire is typically manufactured using a soldering method known as dip coating. Dip coating is often combined with other types ofoys for the creation of thicker and stronger wire. This allows for a greater amount of alloy to be incorporated into the wire, which increases the strength and hardness of the finished product. Generally, aluminum wire is available in a variety of different thicknesses, which correspond to the varying levels of magnetic field that the wire can support. The thicker the aluminum wire, the higher the current capacity of the wire.

When purchasing an aluminum magnet wire, it is important to consider the application it is going to be used for. For example, thin aluminum wire may be needed for applications that require a high current capacity; however, extremely heavy duty aluminum magnet wire may not be required for applications requiring a lower current capacity. Additionally, the wire can also be purchased in a variety of different gauges. Wire gauges can vary from very tight and flat to extremely wavy and irregular. Typically, wire that is offered in a number of different gauges will be available at a higher cost due to the increased manufacturing costs associated with each type of gauge. However, it is important to note that the larger the gauge, the higher the current capacity of the wire.

Aluminum magnetic wires are made with a unique magnetic core, which helps to reduce the magnetic force applied to the conductor, which ultimately makes the wire much stronger and durable than traditional copper or brass wire. The strength and durability provided by this special core help to assure the wire will stand up to the constant and intense compression that occurs when the wire is placed through a magnetic field. In addition, due to the large number of small-diameter copper or brass ends on the wire, it is often easier to match up these ends with the proper aluminum magnet core. This ensures that the wire will match the proper diameter for the application it is intended for.