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220℃ Enamelled Rectangular Copper Winding Wires HEVW-220 In Drive Motor And Transformer
| MOQ: | The MOQ Varies According to the Size of the Specification |
| Price: | Copper Price plus Processing Fee plus Freight |
| Standard Packaging: | Carton |
| Delivery Period: | 3-5 Work Days |
| Payment Method: | T/T 100% Payment before Shipment |
| Supply Capacity: | Delivery 10-15 Days after Next Order |
Drive Motor Rectangular Copper Winding Wires
,Enamelled Rectangular Copper Winding Wires
,Transformer Rectangular Copper Winding Wires
1. 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.
2. Customization Options
Variable Dimensions: Available in various aspect ratios (width to thickness) to meet specific design requirements.
Coating Thickness: The enamel layer can be adjusted for different voltage ratings and insulation needs.
3. Excellent Insulation Performance
Enamel Coating: The wire is coated with a thin, uniform layer of enamel (such as polyurethane, polyester, or polyimide), which provides reliable electrical insulation.
Heat Resistance: The enamel can withstand high temperatures (ranging from 130°C to 240°C, depending on the type), ensuring stability in high - heat environments.
Mechanical Protection: The coating also resists abrasion, moisture, and chemical corrosion, extending the wire's service life.
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.
