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  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
  • Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry
Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry

Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry

  • 300 - 499 Kilograms
    $15.60
  • >= 500 Kilograms
    $11.38

Customization:

Customized logo(Min.Order: 300 pieces)
Customized packaging(Min.Order: 300 pieces)
Graphic customization(Min.Order: 300 pieces)

Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Motor and Magnet Rewinding: Specifically designed for rewinding motors and magnets in industrial equipment, ensuring precise electrical conductivity and durability.
  • Transformer Applications: Optimized for transformer windings with a 0.500 mm diameter (22 AWG) and IEC-compliant enameled insulation, ensuring high performance in electrical systems.

Key features

  • 1. Corrosion-Resistant Copper Conductor

  • With a solid copper conductor, ensure high electrical conductivity and durability in motor and magnet rewinding applications*. The corrosion-resistant material outperforms aluminum wires in harsh industrial environments.

  • 2. IEC-Compliant Enameled Insulation

  • With IEC-certified enameled insulation, achieve enhanced safety and thermal resistance for transformer and industrial use*. This coating outperforms standard insulation in preventing short circuits during high-temperature operations.

  • 3. Precise 22 AWG Diameter Design

  • With a 22 AWG diameter (0.500 mm), deliver optimal current handling for fine motor and magnet rewinding*. The precise gauge reduces energy loss compared to thicker wires in precision applications.

  • 4. Versatile Industrial Applications

  • Designed for transformer and industrial applications, this wire enables reliable performance in high-demand systems*. Its circular pattern and round shape ensure smooth winding, outperforming irregular-profile wires in motor assembly.

  • 5. Superior Tensile Strength

  • Solid copper construction provides 20% higher tensile strength than stranded wires, reducing breakage during rewinding processes*. Ideal for demanding commercial and industrial use cases.

Product details

Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm, LP Industry

The Wire for Rewinding of Motors, Magnet, Copper, Wire Size: 0.500 Mm is a high-performance electrical wire designed for precision applications in transformers, industrial machinery, and cable manufacturing. Crafted from solid copper with enameled IEC-compliant insulation, this wire ensures optimal conductivity, durability, and safety in demanding environments.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper (solid)High electrical conductivity and tensile strength
InsulationEnameled (IEC standard)Enhanced safety and resistance to short circuits
Conductor Diameter22 AWG (0.643 mm)Balances current capacity with flexibility for motor/magnet winding
Shape/PatternRound, circular cross-sectionEnsures smooth winding and minimal space occupation

Customization guide

Adjustable parameters to meet specialized needs:

  • Length & Gauge: Customize wire length and diameter (e.g., 22 AWG to 24 AWG) for project-specific requirements.
  • Insulation Type: Specify insulation material (e.g., PVC, Teflon) for temperature or chemical resistance.
  • Color Coding: Add color markers for easy identification in complex systems.

Get inspired

This copper wire is ideal for precision applications like motor rewinding and transformer manufacturing. Its enameled insulation and IEC compliance ensure reliability in high-voltage scenarios, while its round shape simplifies winding processes. For instance, the 22 AWG diameter provides the right balance for transformer cores, ensuring efficient energy transfer without excessive bulk.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
ConductivityIEC Standard+15% Conductivity+30% Conductivity*
Insulation Resistance100 V/mil150 V/mil200 V/mil
Temperature Rating130°C150°C180°C

Supplier's note

  1. Technical Breakthroughs:

    • Enhanced Conductivity: The Pro Model’s +30% conductivity (vs. IEC standard) reduces energy loss in high-load motors.
    • Thermal Stability: The Pro’s 180°C rating enables use in extreme industrial environments, such as furnace components.
    • Insulation Robustness: The Advanced Model’s 150 V/mil insulation withstands harsh chemicals, ideal for automotive applications.
  2. Version Selection Guide:

    • Base Model: Suitable for standard transformers and low-heat industrial systems.
    • Advanced Model: Choose for automotive or chemical plants requiring chemical/temperature resilience.
    • Pro Model: Optimal for high-power motors, aerospace, or applications needing peak conductivity and thermal endurance.

With the Pro Model’s triple-industry-standard insulation resistance, you can safely handle corrosive fluids in marine equipment. Paired with its 180°C rating, this creates a durable solution for offshore machinery exposed to extreme conditions.

Note: Comparative values assume industry benchmarks for standard copper wires.

Frequently asked questions

  • Which copper wire is best for motor rewinding in industrial settings?

  • How to clean enameled copper wire insulation without damaging it?

  • Enameled vs. PVC insulation: Which suits transformer applications better?

  • Can I customize the length and insulation type for transformer projects?

  • Is this copper wire IEC-certified for industrial use?

  • What’s the optimal copper wire gauge for small motor windings?

  • Does this copper wire handle high temperatures in magnet applications?

  • Why choose copper over aluminum for motor rewinding?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialHigh-performance transformers, aerospaceIndustry Standard: Copper (98% IACS)
Our Base: Copper (100% IACS ▲)
Our Advanced: Copper (102% IACS ▲▲)
Minimizes energy loss, optimal conductivity (IEC 60318)
Enhanced purity for critical applications
Slightly higher cost due to advanced refining
Insulation ThicknessHarsh industrial environmentsIndustry Standard: 15 microns
Our Base: 18 microns ▲
Our Advanced: 22 microns ▲▲
22 microns (47% thicker than industry standard) → superior abrasion resistanceThicker insulation reduces flexibility slightly
Temperature ResistanceAutomotive engines, high-temperature ovensIndustry Standard: 180°C
Our Base: 200°C ▲
Our Advanced: 250°C ▲▲
250°C (IEC 60850 Class 250) → withstands extreme heatRequires specialized handling for installation
Tensile StrengthMining/construction machineryIndustry Standard: 150 N/mm²
Our Base: 180 N/mm² ▲
Our Advanced: 220 N/mm² ▲▲
220 N/mm² (resists breakage in heavy-duty use)Stiffer wire may be harder to bend
Conductor TypeRobotics, aerospace wiringIndustry Standard: Solid
Our Base: Solid
Our Advanced: Stranded (7 strands ▲)
7-strand design (flexible for dynamic applications)Less rigid; may not suit fixed installations
CertificationsExport to US marketsIndustry Standard: IEC
Our Base: IEC + ASTM ▲
Our Advanced: IEC + ASTM + UL ▲▲
UL certification (North American compliance) → wider market acceptanceAdditional compliance costs for Advanced tier

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