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fil émaillé-33

Fil émaillé

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Fil émaillé

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  • Fil ECCA (fil CCA émaillé)
    Fil ECCA (fil CCA émaillé)

    Advantages: Offers a balance of copper and aluminum properties, combining copper's conductivity with aluminum's light weight, enhancing electrical performance and reducing costs . Disadvantages: May have a higher cost compared to pure copper wires an...

  • ECW (fil de cuivre émaillé)
    ECW (fil de cuivre émaillé)

    Advantages: High electrical conductivity, corrosion resistance, and excellent thermal stability. Disadvantages: Can be more expensive than other types of wires due to its high conductivity and may be heavier. Application Fields: Widely used in transf...

  • EAW (fil d'aluminium émaillé)
    EAW (fil d'aluminium émaillé)

    Advantages: Lightweight, cost-effective, and offers good electrical conductivity with less weight compared to copper. Disadvantages: More susceptible to corrosion and may require additional protective measures. Application Fields: Used in electrical ...

  • Polyuréthane (QA/UEW) : Fil émaillé en polyuréthane
    Polyuréthane (QA/UEW) : Fil émaillé en polyuréthane

    Advantages: Known for its excellent mechanical properties, abrasion resistance, and flexibility. Disadvantages: Can be more expensive to produce and may have limited chemical resistance compared to other materials. Application Fields: Commonly used i...

  • Polyester (QZ/PEW) : Fil émaillé en polyester :
    Polyester (QZ/PEW) : Fil émaillé en polyester :

    Advantages: Offers good electrical insulation properties, thermal stability, and resistance to solvents and oils. Disadvantages: May have lower mechanical strength compared to other enameled wires. Application Fields: Used in transformers, inductors,...

  • Polyesterimide (QZY/EIW) : fil émaillé en polyesterimide
    Polyesterimide (QZY/EIW) : fil émaillé en polyesterimide

    Advantages: Exhibits excellent thermal stability, high-temperature resistance, and superior mechanical properties. Disadvantages: Can be more difficult to process due to its high-temperature resistance and may be more expensive. Application Fields: I...

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