Xinyu Various Types of Enamelled Aluminum Wire

  • Currently, electronics manufacturing companies prefer to use Enameled Aluminum Wire instead of copper wire. The biggest disadvantage of using copper wire at home is the cost involved. When you need a lot of wiring, if you decide to use copper wire, you may have to spend a lot of money. On the other hand, aluminum wiring is more popular because it is lighter in weight. Compared to copper, its plasticity is much higher, which makes the aluminum wire easier to use. Since aluminum is an inexpensive alternative to copper, aluminum wire usually does not burn a hole in your pocket. The only drawback to this type of wiring is that it must be properly installed to avoid a fire. This is because when current passes through these wires, they expand during this process. It involves a lot of expansion and contraction. Therefore, the possibility of losing contact is great. When the wire is overheated, it may cause the fixture to melt and ignite.

    Xinyu Enameled Wire is one of the largest suppliers of painted copper wire, enameled wire and motor repair accessory products. Enameled wire (magnetic wire) is a key component in the motor and transformer manufacturing and repair industry. Enamel copper wire is an insulated copper wire (or aluminum) used in electric motors, transformers and other electromagnetic equipment. The magnet wire is a copper wire. It is just plain copper and a thin enamel coating that acts as an insulator. A thin coating means that when you are making an electromagnet or transformer, you can cover more of the coating around the core. It is this use of the wire that gives it its name.

    Electrical, automotive, industrial machinery, residential and commercial HVAC systems require electrical machinery transfer. Magnetic wires are a key component of every application. When machine energy is converted to electrical energy, a process of mechanical conversion to electrical energy occurs. This type of conversion involves a generator that converts mechanical energy into electrical energy by using a magnet wire.