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Three-phase E-type magnetic core

Three-phase E-type magnetic core

Designed for three-phase power electronics, this E-type symmetric magnetic structure features balanced three-phase flux, low leakage, and uniform heat dissipation. Ideal for three-phase transformers, filter inductors, and new energy conversion systems, ensuring efficient and stable three-phase power transfer with enhanced EMC performance.
Amorphous alloy cut core

Amorphous alloy cut core

Made from precision-cut iron-based amorphous ribbon, it features extremely low core loss (60-80% lower than silicon steel), high saturation flux density, and excellent high-frequency performance. Ideal for high-efficiency distribution transformers, high-frequency inductors, and new energy converters, significantly improving energy efficiency and power density.
Amorphous alloy cut core

Amorphous alloy cut core

Made from precision-cut iron-based amorphous ribbon, it features extremely low core loss (60-80% lower than silicon steel), high saturation flux density, and excellent high-frequency performance. Ideal for high-efficiency distribution transformers, high-frequency inductors, and new energy converters, significantly improving energy efficiency and power density.
Amorphous alloy cut core

Amorphous alloy cut core

Made from precision-cut iron-based amorphous ribbon, it features extremely low core loss (60-80% lower than silicon steel), high saturation flux density, and excellent high-frequency performance. Ideal for high-efficiency distribution transformers, high-frequency inductors, and new energy converters, significantly improving energy efficiency and power density.
C-cut silicon steel magnetic core

C-cut silicon steel magnetic core

The C-cut silicon steel magnetic core is made of high-quality silicon steel material, featuring high permeability, low iron loss, and excellent anti-saturation performance. It is suitable for applications such as power frequency transformers, high-current reactors, and power voltage stabilization equipment.
C-cut silicon steel magnetic core

C-cut silicon steel magnetic core

The C-cut silicon steel magnetic core is made of high-quality silicon steel material, featuring high permeability, low iron loss, and excellent anti-saturation performance. It is suitable for applications such as power frequency transformers, high-current reactors, and power voltage stabilization equipment.
C-cut silicon steel magnetic core

C-cut silicon steel magnetic core

The C-cut silicon steel magnetic core is made of high-quality silicon steel material, featuring high permeability, low iron loss, and excellent anti-saturation performance. It is suitable for applications such as power frequency transformers, high-current reactors, and power voltage stabilization equipment.
Split-Core Current Transformer Magnetic Core

Split-Core Current Transformer Magnetic Core

Utilizing high-precision nanocrystalline material, this core features high permeability, low loss, and excellent temperature stability. Designed specifically for open-type (clamp-on) current transformers, it enables live-line installation and convenient maintenance. Widely used in power monitoring, new energy systems, and industrial current detection to achieve high-precision, highly reliable non-invasive current measurement.
Hall Sensor Magnetic Core

Hall Sensor Magnetic Core

Specifically designed for high-precision Hall sensors, this nanocrystalline magnetic core utilizes high-permeability material to effectively enhance magnetic field signals, improving sensor sensitivity and signal-to-noise ratio. With low remanence, minimal loss, and wide temperature stability, it is suitable for precision measurement applications such as current sensing, position detection, and speed measurement.
C-cut Nanocrystalline Magnetic Core

C-cut Nanocrystalline Magnetic Core

Made from high-saturation, low-loss nanocrystalline ribbon and precision-cut into a C-shape, it delivers high permeability, low coercivity, and excellent high-frequency performance. The C-shaped design enables easy mounting and efficient heat dissipation, making it ideal for high-frequency transformers, high-current inductors, and new energy vehicle power systems — helping achieve high power density and efficient energy conversion.

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