2SBUEWZ Polyurethane Self Bonding Enameled Litz Wire 0.050mmX46X4 Class F

Place of Origin: CHINA
Brand Name: HUAYE
Certification: IEC/NEMA/JIS/RoHS/ISO/UL/VDE
Model Number: PIT
Minimum Order Quantity: 200
Price: Negotiation
Packaging Details: Carton + Wooden Case
Delivery Time: 15-25 Working Days
Payment Terms: T/T
Supply Ability: 5000kgs/month
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Specifications
Highlight Features

Self Bonding Enameled Litz Wire

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Enameled Litz Wire 0.050mmX46X4

Conductor Material:
Copper/Pure Copper/Oxygen Free Copper/CCA
Cover Material:
PIT
Rated Temperature:
155(F)
No. Of Strands:
184
Insulation:
Enamel
Single Wire Diameter:
0.050mm
Highlight:
Super Thin Copper Litz Wire, Copper Litz Wire 0.04 Mm, Super Thin 0.04 Mm Copper Wire
Product Description
Self-Bonding Litz Wire 0.050mm * 46 * 4
Technical Specifications
Model
2SBUEW 0.290*46*4 Litz Wire
Structure
46*4 Ø0.050mm (Total 184 Strands)
Conductor
99.99% Oxygen-Free Copper
Insulation
2UEW
Thermal Class
Class F (155°C)
Certifications
RoHS, REACH, UL, ISO9001, IATF16949
Overview

This self-bonding litz wire is made of 0.050mm ultra-fine polyurethane enameled copper strands (46 * 4 construction). It is designed for high-frequency applications requiring low AC loss, excellent flexibility, and stable coil forming performance.

The self-bonding feature allows coil fixation through heat or solvent activation, improving assembly efficiency and structural stability.


Key Features
  • 0.050mm ultra-fine copper strands

  • 46 * 4 litz construction

  • Low AC resistance for high-frequency use

  • Self-bonding for stable coil forming

  • High flexibility and good winding performance


Applications
  • High-frequency transformers

  • Wireless charging coils

  • EV power electronics

  • High-efficiency inductors

  • Communication devices


Quality & Standards

Manufactured under strict quality control, compliant with JIS, NEMA, and IEC standards. Each batch is tested for electrical performance and insulation reliability.


Custom Options
  • Strand size and construction

  • Insulation type

  • Bonding temperature

  • Thermal class customization

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