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220 Class Enameled Flat Aluminum Wire
Enamelled rectangular wire is an enamelled rectangular conductor with an R Angle. It is described by the narrow edge value of the conductor, the wide edge value of the conductor, the heat resistance grade of the paint film and the thickness and type of the paint film. Enamelled flat wire is used on electronics and DC converter transformer. 220 Class Enameled Flat Aluminum Wire is usually used for power transformer, electric motors, generators and new energy vehicles.
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180 Class Enameled Flat Aluminum Wire
Enameled rectangular wire is an enamelled rectangular conductor with an R Angle. It is described by the narrow edge value of the conductor, the wide edge value of the conductor, the heat resistance grade of the paint film and the thickness and type of the paint film. Conductors can be copper or aluminum. Compared with round wire, rectangular wire has incomparable advantages and characteristics and is used in many fields. The product has superior thermal resistance, chemical solvent resistance and thermal shock resistance.
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130 Class Enameled Flat Aluminum Wire
As an industrial conductor be applied on the winding of transformer, electric motor, generator and various electric equipment, the enameled rectangular winding wires are extruded and draw out from oxygen-free copper rod or aluminum and aluminum allays rod by means of specific mold, then winded after coated by insulated paint. 130 Class Enameled Flat Aluminum Wire is widely used on motor, AC UHV transformer and DC converter transformer.
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200 Class Enameled Flat Aluminum Wire
Enamelled wire is coated with one or more insulating coatings on the surface of the conductor, which is baked and cooled to form a kind of wire with insulating layer. Enamelled wire is a kind of electromagnetic wire (winding wire), which is used for electromagnetic induction. Compared with round wire, rectangular wire has incomparable advantages and characteristics and is used in many fields. The product has superior thermal resistance, chemical solvent resistance and thermal shock resistance.