Super Enamelled Copper Wire

Super Enameled Copper Wire
Super Enamelled Copper Wire is a high-quality copper conductor coated with a thin layer of insulation. It is widely used in the manufacturing of transformers, inductors, motors, speakers, and other electrical equipment where tight and efficient wire windings are essential.
At Shree Madhav Agency, we specialize in supplying and exporting super enamelled copper wire in India, trusted by manufacturers in the electronics and transformer industries.
Why Copper for Enamelled Wire?
The most suitable metals for enamelled wire are unalloyed pure copper and aluminium, but copper is considered the best conductor due to its superior chemical, physical, and mechanical properties.
Most enamelled copper wires are made from fully annealed, electrolytically refined copper, allowing for closer winding and higher efficiency in electromagnetic coils. This makes super enamelled copper wire the preferred choice for industrial applications that demand reliability and performance.
Why Copper for Enamelled Wire?
The most suitable metals for enamelled wire are unalloyed pure copper and aluminium, but copper is considered the best conductor due to its superior chemical, physical, and mechanical properties.
Most enamelled copper wires are made from fully annealed, electrolytically refined copper, allowing for closer winding and higher efficiency in electromagnetic coils. This makes super enamelled copper wire the preferred choice for industrial applications that demand reliability and performance.
Applications of Super Enamelled Copper Wire
Our super enamelled copper wires are designed for demanding applications:
Transformers – Ensuring efficient electrical energy transfer between circuits.
Motors & Generators – Withstanding mechanical vibration, centrifugal forces, and operating temperatures.
Speakers & Inductors – Delivering precision for tight wire coils.
Industrial Equipment – Enhancing energy efficiency in modern electrical machinery.



Technical Features of Our Enamelled Copper Wire
Shapes & Sizes: Available in round, square, or rectangular profiles (with rounded corners) for maximum current flow per coil length.
Insulation Options: Coated with durable polymeric varnish insulation; high-grade polyimide insulation withstands up to 250°C.
Bonded Coils: Self-supporting coils are manufactured with thermoplastic bonding layers for stability.
Alternative Insulations: Options include fiberglass yarn, aramid paper, mica, kraft paper, and polyester film, widely used for transformers and reactors.
Classification of Super Enamelled Copper Wire
Enamelled wires are classified by:
Diameter / Area: (AWG, SWG, or mm²)
Temperature Class: Common ratings include 105°C, 130°C, 155°C, 180°C, and 220°C.
Insulation Grade: Grade 1, Grade 2, and Grade 3 (thicker insulation = higher breakdown voltage).
For example, Class 155 and Class 180 super enamelled copper wires are widely used for continuous operation under high temperatures with excellent welding resistance and durability.
Why Choose Shree Madhav Agency for Super Enamelled Copper Wire?
Trusted Manufacturer & Supplier in India – Decades of experience in copper wire production.
Industrial-Grade Quality – Designed for transformers, motors, and electronics industries.
Bulk Supply & Export – Serving OEMs and distributors across India and overseas.
Custom Solutions – Available in multiple grades, diameters, and insulation classes to meet specific client requirements.
Classification of Super Enamelled Copper Wire



Classification of Super Enamelled Copper Wire
Request a Quote
Looking for a reliable super enamelled copper wire supplier in India?
At Shree Madhav Agency, we provide bulk quantities, competitive pricing, and export-quality standards for industries worldwide.
Contact us today to discuss your requirement for super enamelled copper wire for transformers, motors, and electronic applications.
FAQ
Frequently Asked Questions
What is Super Enamelled Copper Wire?
Super Enamelled Copper Wire is a copper conductor coated with a thin layer of insulation, used in transformers, motors, inductors, and electronic applications.