1. Mechanical Strength and Flexibility
Robust Structure: The wire maintains structural integrity during winding and handling, even in complex coil configurations.
Bendability: It can be bent or shaped without cracking the enamel coating, adapting to various winding patterns in compact devices.
2. Superior Electrical Conductivity
High - Purity Conductors: Typically made from copper or aluminum with high electrical conductivity, it minimizes power loss and ensures efficient current transmission.
Low Resistance: The large cross - sectional area (for a given wire gauge) reduces ohmic resistance, making it suitable for high - current applications.
3. Special Geometric Shape
Rectangular Cross - Section: Unlike round wires, it has a flat and rectangular shape, which allows for more efficient space utilization in winding applications.
Higher Fill Factor: The flat design enables tighter packing in coils, increasing the number of turns per unit area and improving the power density of electrical devices (e.g., transformers, motors, and generators).
4. Environmental and Safety Features
Lead - Free and RoHS Compliant: Many enamelled flat wires comply with environmental standards, reducing harmful substance emissions.
Flame Retardancy: Some coatings offer flame - retardant properties, enhancing safety in critical applications.
In summary, enamelled flat wire combines efficient space utilization, reliable insulation, and high electrical performance, making it a preferred choice for advanced electrical and electronic designs that demand compactness and durability.
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Corona-resistance Enamelled Copper Winding Wire HEVW-220C with JIS Standard 220C Temperature Rating and Good Heat Resistance Images
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