Enamel Copper Winding Wires 100gm (1.02mm) 19SWG

Enamelled copper wire, also known as magnet wire, is an insulated copper (or aluminium) electrical conductor used in motors, transformers and other electromagnetic equipment. When wound into a coil and energized, magnet wire creates an electromagnetic field. Enamelled copper winding wire is used in the design of electromagnets and has a very thin insulating coating, allowing it to be wrapped tightly around an object to create an electromagnet, a motor, a solenoid or any other magnet operated piece of machinery.

This 100 gm roll of enamelled copper winding magnet wire is designed for the creation of electromagnets and has a very thin insulating coating, allowing it to be wrapped tightly around an object to create an electromagnet, a motor, a solenoid or any other magnet operated piece of machinery. Magnet wire is used in applications such as winding electric motor coils, speakers and transformers. In addition to industrial and electrical appliance motors, magnet wire is used in a wide range of applications such as automobile electrical component motors, transformers and coils. Magnet wire is also used in the construction of electromagnets, transformers, generators and inductors. electric motor coils, speakers and transformers. Magnet wire is also suited for use in magnet coils and general-purpose motors in auto electricals, fans, home appliances, motors and transformers, automobile electrical component motors and coils.

To determine what gauge magnet wire you need, consider the carrying capacity and the amount of current the magnet wire needs to conduct, which is measured in amperage or amps. Magnet wire gauge is directly related to how many amps you need to run through it. The distance you need the magnet wire to go can also impact the gauge of magnet wire you need.

Enamelled copper magnet wire (ECW) has an enamel coating applied to it which makes it more resistant to corrosion. Some types of coated copper such as enamelled wire have an additional layer of insulation between the outer coating and the conductor itself.

The term ‘enamelled wire’ refers to the very thin insulating film that coats the wire. Modern magnet wire typically uses layers of polymer film insulation, to provide a tough, continuous insulating layer. Copper is the core material of this wire, as copper is considered the first-choice conductor for magnet wire. Enamelled copper wire is also commonly referred to as winding wire or copper magnet wire.

Enamelled copper wire (ECW) has an enamel coating applied to it which makes it more resistant to corrosion. Some types of coated copper such as enamelled wire have an additional layer of insulation between the outer coating and the conductor itself.

The enamelled aluminium wire, also called magnet wire, basically refers to an aluminium or copper wire which has been given a coating. This thin layer of insulation makes it useful for building transformers, motors, inductors, hard disk actuators, speakers, electromagnets etc. The enamelled copper wire is electrolytically-refined copper.

Wire enamels are applied to copper and aluminium wires in up to 30 layers. This provides electrical insulation and helps the windings from short-circuiting.

Enamelled wire is made from copper or occasionally aluminium, both of which are a type of conductive wire.

Typical electric strength of the enamel is around 170-220 V/μm, which is why a relatively thin layer of enamel can withstand significant voltage. For example, the 0.375 mm wire with the cracked enamel shown above has a voltage breakdown of 4.35 kV despite the enamel thickness being only 0.0275 mm.

Thermal stripping will dissolve enamel from copper wire. Applying heat to the wire burns off the enamel coating. A soldering iron can be used for this purpose. However, care must be taken to apply just enough heat to strip the enamel without overheating and damaging the wire.

For electrical connections, especially soldering, the enamel coating must be removed to expose the conductive metal underneath. Failure to do so can result in poor electrical connections, leading to inefficiency or malfunction in electrical circuits.

All materials that are made of copper will tarnish once get exposed to the oxygen in the atmosphere.