TONGLING CITY, ANHUI, CHINA

ejuxin@ahjuxin.net

+86 0562-2688759

Enameling Dies for round wire

Delivering uniform insulation builds and reliable performance in applications ranging from fine magnet wires to heavy-duty coil wires

Hole Sizes

Available: 0.1mm to 7.6mm

We have ready stock for immediate delivery.

Enameling_ Die_product

Coating Compatibility

Polyester
Polyurethane
Polyesterimide
Polyamide-imide

Applications

The PCD insert’s chemically inert, ultra-smooth surface allows various enamel types to flow through without reacting or sticking.

Benefits

  • Ultra-smooth and uniformity enamel finish
  • Precise coating concentricity
  • Long die life and wear resistance
  • Minimal enamel buildup and leakage
  • Compatible with all major enamel types
  • Minimal variation in finished product diameter after enameling
  • Cost efficiency

Applications

  • Copper wire for motors, transformers, and coils
  • Aluminum wire in lightweight transformer
  • and automotive coils
  • Copper alloys (e.g. CuMg, CuSn) for high-strength or high-temp windings

Technical Specifications

*Available size range: 0.05–11mm (We support customization in feeding materials)

Machine Types:

Horizontal & Vertical enameling lines

Operating Temp:

Stable under 250–300°C enamel curing

Surface Finish:

Mirror-polished bore for optimal flow

Why Juxin:

Juxin Enameling Die Assemblies – engineered with PCD or tungsten carbide inserts in durable steel casings – deliver precision insulation coating for magnet wires. Critical to high-speed horizontal/vertical production lines, these dies feature calibrated apertures that meter and wipe liquid enamel to exact thicknesses before curing, ensuring uniform insulation, enhanced electrical performance, and reduced material waste for cost-effective, high-quality output.

We'd Love to Partner with You!

Place your RFQ request online to see how our Enameling Dies can help improve the quality of your wire

Place your RFQ request online to see how our Enameling Dies can help improve the quality of your wire