Enameled copper wire 1.5 mm, 21 m, 0.2 Ohm, solderable magnet wire, for coils transformers electromagnets inductors motor windings, soft copper wire on plastic bobbinEnameled copper wire 1.5 mm, 21 m, 0.2 Ohm, solderable magnet wire, for coils transformers electromagnets inductors motor windings, soft copper wire on plastic bobbin | |||||||||||||||||||||||||||||||||||||||
WIK1.5N   LBL_NONE_TAG | |||||||||||||||||||||||||||||||||||||||
Product descriptionWhen winding coils, transformers and electromagnets, you need copper wire that feels solid, bends accurately and offers reliable electrical properties. This 1.5 mm enameled copper wire combines a larger wire diameter with 21 m length and 0.2 Ohm resistance, making it suitable for technical projects, repairs and experimental applications. The soft copper core helps create even windings, while the insulating enamel coating helps reduce contact between turns in compact coils. This makes the solderable winding wire a practical choice for hobby electronics, model making, transformer windings, inductors, electromagnets and small motor windings. The wire is supplied on a plastic bobbin, so you can unwind it in a controlled way and work neatly during soldering, repair or prototyping. With its combination of enameled copper wire, easy handling and solderable finish, this magnet wire is ideal for users who want precision, overview and practical working comfort. | |||||||||||||||||||||||||||||||||||||||
+ Reliable electrical performance: The 1.5 mm enameled copper wire with 0.2 Ohm resistance is suitable for winding work where stable conductivity and controlled electrical properties are important. + Easy to handle: The 21 m winding wire comes on a practical plastic bobbin, allowing you to unwind the wire neatly during soldering, repair or prototyping. + Protective enamel coating: The enameled copper wire helps reduce contact between windings and is suitable for compact coils and technical work in limited spaces. + Wide range of uses: Ideal for coils, transformers, electromagnets, inductors, motor windings, model making and electronics in the workshop, garage, hobby room or lab. + Thicker copper wire: The larger wire diameter gives extra control when winding by hand, working with small components and building experimental circuits where shape retention matters. | |||||||||||||||||||||||||||||||||||||||
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