Class 220 flat wire
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SFT-AIW 220 0.1mm*2.0mm Enameled Flat Copper Wire Solid Conductor
Enameled flat copper wire is a specially designed high-temperature wire that is widely used in various applications in the automotive industry. This custom wire has high temperature resistance up to 220 degrees, making it ideal for demanding automotive environments. The enameled flat copper wire is 2 mm wide and 0.1 mm thick and is designed to meet the specific requirements of automotive systems, where space efficiency and thermal resistance are key factors.
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AIW220 2.0mm*0.15mm High Temperature Enameled Flat Copper Wire For Motor
Our company is famous for producing high quality enameled copper flat wires.
Enameled copper flat wire is a conductive material in which a copper conductor is coated with an insulating varnish and is primarily used in high-temperature electrical applications.
We offer a variety of paint film options, including AIW, UEW, PIW and PEEK wire.
In addition, we also provide self-adhesive flat wires and accept customized services according to customer needs.
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Super thin 0.50mm*0.70mm AIW Rectangular Enameled Copper Wire
Enameled flat wire is a kind of wire commonly used in the electrical industry, and Ultra-fine high-temperature enamelled flat wire is a very good option. This ultra-fine enameled wire is a high temperature resistant wire with a temperature resistance rating of up to 220 degrees. Compared with other wires, it can be used in a higher temperature environment, and it is very suitable in applications such as generators and electric tools, or in a large number of circuits such as transformers, inductors, and automotive electrical systems.
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AIW 1.1mmx1.8mm 220℃ Enameled Flat Rectangular Copper Wire For Audio Transformer
1.1×1.8mm Enameled rectangular copper wire is made of oxygen free copper, which are drawn or extruded by the specification mould. It is the baked winding wire with multiple layers of insulating paint after annealing softening treatment.The insulation layer of the wire is polyamide imide, and the temperature resistance grade is 220℃.
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1.0mm*0.60mm AIW 220 Flat Enameled Copper Wire For Automotive
There are myriad electrical applications that rely on enameled rectangular wire. Because of its ability to reduce corona discharge, enamel rectangular wire increases safety and reduces costly electric energy wastage. These wires are also fire-resistant, making them a safe choice to use with equipment that may be exposed to intense heat or flames. It is also easy to wind and store.
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SFT-EIAIW 5.0mm x 0.20mm High Temperature Rectangular Enameled Copper Winding Wire
The enameled flat wire is an enameled wire with a rectangular conductor with an R angle. It is described by parameters such as conductor narrow boundary value, conductor wide boundary value, paint film heat resistance grade and paint film thickness and type. The conductors can be copper, copper alloys or CCA copper clad aluminum.
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SFT-AIW220 0.12×2.00 High Temperature Rectangular Enameled Copper Wire
Enamelled flat wire refers to the winding wire obtained by drawing, extruding and rolling through a certain specification of mold by using an enameled round copper wire, and then coated with insulating varnish for many times.
Including enameled copper flat wire, enameled aluminum flat wire… -
AIW220 2.2mm x0.9mm High Temperature Rectangular Enameled Copper Wire Flat Winding Wire
The advancement of science and technology has made the volume of electronic components continue to shrink. Motors weighing dozens of pounds can also be reduced and installed on disk drives. With the miniaturization of electronic appliances and other products, miniaturization has become the trend of the times. It is against the background of this era that the demand for fine enameled copper flat wire is also increasing day by day.
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5mmx0.7mm AIW 220 Rectangular Flat Enameled Copper Wire For Automotive
Flat or rectangular enameled copper wire that is only shape change in comparison with round enameled copper from its appearance, however the rectangular wires have the advantage of allowing more compact windings, thereby delivering both space and weight savings. The electrical efficiency is also better, which saves energy.