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Copper Winding Wire Price Electrical Self Bonding Wire Wholesale Magnet Copper 19 20 21 22 Spool Round Copper Winding Wire Price

Copper Winding Wire Price Electrical Self Bonding Wire Wholesale Magnet Copper 19 20 21 22 Spool Round Copper Winding Wire Price

$11.55 - $15.56
Min Order: 30 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
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0.012 - 0.8mm Self Bonding Wire Self Adhesive Enamelled Copper Winding Wire

0.012 - 0.8mm Self Bonding Wire Self Adhesive Enamelled Copper Winding Wire

$8.00 - $20.00
Min Order: 5 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
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High Quality Coils Windings Using Enameled Copper Round Wire

High Quality Coils Windings Using Enameled Copper Round Wire

$3.00 - $16.00
Min Order: 500 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
Application: Heating
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Super Thin Coil 2UEW Insulated 0.03mm Enameled Copper Wire For Motors Winding

Super Thin Coil 2UEW Insulated 0.03mm Enameled Copper Wire For Motors Winding

$8.00 - $15.00
Min Order: 5 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
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High Quality 1EIW/180 Enameled Copper Winding Wire For Motor

High Quality 1EIW/180 Enameled Copper Winding Wire For Motor

$8.95 - $9.85
Min Order: 500 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
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High Quality 1EIW/180 Enameled Copper Winding Wire For Motor

High Quality 1EIW/180 Enameled Copper Winding Wire For Motor

$8.95 - $9.85
Min Order: 500 kilograms
Conductor Material: Copper
Insulation Material: Enameled
Conductor Type: Solid
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About products and suppliers

Copper Winding Coil Wire 1.8 mm: An Overview

Copper winding coil wire 1.8 mm is a fundamental component in various electrical applications, known for its conductivity and flexibility. This specific gauge of wire is commonly utilized in the creation of electromagnets, transformers, inductors, and motors. Its properties make it an ideal choice for applications requiring precise energy transmission.

Types and Applications

Copper winding coil wire 1.8 mm comes in two primary types: non-alloy and alloy. The non-alloy variant offers exceptional electrical conductivity, while the alloy version provides enhanced strength and thermal resistance. These wires are integral in manufacturing electrical components, including industrial transformers and electric motors. Their versatility also extends to household appliances and automotive electrical systems.

Features and Materials

The copper winding coil wire 1.8 mm is distinguished by its diameter, which strikes a balance between resistance and flexibility. Copper, the material used, is known for its excellent thermal and electrical conductivity. The wire's surface may be coated or uncoated, affecting its resistance to oxidation and its suitability for various environments.

Advantages of Copper Winding Coil Wire

Utilizing copper winding coil wire 1.8 mm in electrical systems offers several advantages. Its primary benefit is the efficient conduction of electricity, which minimizes energy loss. Additionally, the wire's durability and resistance to corrosion contribute to the longevity of the components it's used in. Its malleability allows for precise winding in manufacturing processes, making it a reliable choice for intricate electrical mechanisms.

Considerations for Selection

When selecting copper winding coil wire 1.8 mm, it's crucial to consider the application's specific requirements, such as thermal stability, conductivity needs, and environmental conditions. The choice between non-alloy and alloy types will depend on the balance between electrical performance and mechanical strength required for the application.

Environmental and Sustainability Aspects

The production and use of copper winding coil wire 1.8 mm also reflect a commitment to sustainability. Copper is a recyclable material, and its long lifespan ensures that the environmental impact is minimized over time. The efficiency of copper wire in conducting electricity can also contribute to reduced energy consumption in electrical systems.