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JMC Insulation Coating - Introduction: Main Applications and Performance Enhancements JMC insulation coatings achieve the following: Energy saving and high efficiency (high efficiency/motor miniaturization) Improved motor mechanism characteristics (high speed/high power) Reduced eddy current problems within magnets (reduced heat and losses)

JMC Insulation Coating - A Brief Introduction

Main uses and performance improvements

Through JMC insulating coatings, the following can be achieved:

  • Energy saving and high efficiency (high efficiency/motor miniaturization)

  • Improve motor mechanism characteristics (high speed/high power)

  • Reduce internal eddy current problems in magnets (reduce heat and losses)

Functions and Usage

  • Heat-curing epoxy coatings with excellent insulation properties

  • Application methods include spraying and dipping.

  • Applicable to:

    • Water-cooled plate

    • Battery Pack

    • Permanent magnet motor core

JMC-700K Main Performance

Key advantages

  • Reduce eddy current losses: improve motor efficiency and enhance high-speed performance.

  • High thermal conductivity: Effectively conducts heat, reducing magnet overheating.

  • Superior electrical insulation: Improves voltage withstand capability and protects motor components.

  • Strong environmental tolerance: Resistant to high temperatures and corrosion, not prone to cracking.

  • Excellent adhesion: Suitable for various processing methods such as spraying and dipping.

Performance Item Values

Viscosity @ 25°C 6000 mPa·s

Thermal conductivity 0.52 W/m·K

Insulation strength (25 μm): 40 kV/mm

Dielectric constant 3.79

Loss factor: 0.0092

Solid content: 39.5%

JMC Insulation Coating - Introduction: Main Applications and Performance Enhancements JMC insulation coatings achieve the following: Energy saving and high efficiency (high efficiency/motor miniaturization) Improved motor mechanism characteristics (high speed/high power) Reduced eddy current problems within magnets (reduced heat and losses)
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