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Iron based amorphous alloy (1K101) is mainly composed of iron, silicon, and boron elements, with high saturation magnetic induction intensity and low loss. Compared with silicon steel sheets, it has obvious advantages, especially for distribution transformers (no-load loss is 1/3-1/5 of oriented silicon steel sheets)
Specific applications: Distribution transformers, pulse transformers, low-frequency inverter transformers, common mode filter inductors for automotive audio systems, reactors, etc
Main application areas: optical storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
Specific applications: Distribution transformers, pulse transformers, low-frequency inverter transformers, common mode filter inductors for automotive audio systems, reactors, etc
Main application areas: optical storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
Cobalt based amorphous alloy (1K201) is mainly composed of elements such as cobalt, iron, silicon, boron, and a small amount of manganese. It has extremely high magnetic permeability and very low loss. The product is mainly used as precision current transformers, current sensors, etc< br>
Specific applications: strict requirements for military power transformers and inductors, high-end civilian power inductors, current transformers, sensors, etc< br>
Main application areas: new energy vehicles, solar energy storage and charging, smart grids, rail transit, etc.
Iron nickel based amorphous alloy strip
Iron nickel based amorphous alloys (Fe8 #, Fe10 #) are amorphous alloys mainly composed of elements such as iron, nickel, silicon, boron, etc. They are mainly used in products such as acoustic magnetic tags and sensors< br>
Specific applications: magnetic shielding, anti-theft tags, iron cores of medium and low frequency transformers, iron cores of zero sequence transformers for leakage protection switches, etc< br>
Main application areas: smart grid, consumer electronics, rail transit, Internet of Things, etc.
Iron based nanocrystalline strip
Iron based nanocrystalline alloy (1K107) is composed of iron, silicon, boron, and small amounts of copper, niobium, etc. It has excellent magnetic properties such as high saturation magnetic induction intensity, high permeability, high Curie temperature, and low loss
Specific applications: Switching power supply, inverter power supply, magnetic amplifier, high-frequency transformer, high-frequency choke core, current transformer core, precision instrument transformer magnetic ring, differential/common mode inductor magnetic core, etc
Main application areas: new energy vehicles, photovoltaic charging, servers and communication power supplies, smart grids, consumer electronics, rail transit, aerospace, etc.
Specific applications: Switching power supply, inverter power supply, magnetic amplifier, high-frequency transformer, high-frequency choke core, current transformer core, precision instrument transformer magnetic ring, differential/common mode inductor magnetic core, etc
Main application areas: new energy vehicles, photovoltaic charging, servers and communication power supplies, smart grids, consumer electronics, rail transit, aerospace, etc.
A type of amorphous soft magnetic powder material with low loss, high saturation, and controllable particle size
Specific applications: energy storage inductors (magnetic powder cores), integrated inductors, etc
Main application areas: new energy vehicles, solar energy storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
Specific applications: energy storage inductors (magnetic powder cores), integrated inductors, etc
Main application areas: new energy vehicles, solar energy storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
A soft magnetic powder composed mainly of iron, silicon, and chromium, with high saturation, controllable particle size, and good rust prevention ability
Main application areas: new energy vehicles, solar energy storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
Main application areas: new energy vehicles, solar energy storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
A nano crystalline powder with low loss and controllable particle size composed mainly of iron, silicon, boron, copper, and niobium< br>
Specific applications: resonant inductors (<150kHz), PFC inductors (150-500kHz), flyback transformers, etc< br>
Main application areas: new energy vehicles, solar energy storage and charging, server and communication power supply, smart grid, industrial control, consumer electronics, etc.
The iron-based nanocrystalline alloy common mode filter inductor core has characteristics such as high Bs, high permeability, and high Curie temperature< br>
Main application areas: new energy vehicles, solar energy storage and charging, servers and communication power supplies, industrial control, consumer electronics, rail transit, renewable new energy, aerospace, etc.
Cobalt based amorphous CT transformer core
Cobalt based amorphous alloy magnetic cores have extremely high permeability and very low coercivity (Hc), and their CT products have high precision, high sensitivity, low loss, and good temperature stability characteristics
Specific applications: Magnetic amplifier switch power supply, spike suppressor, flux gate coil, etc
Main application areas: new energy vehicles, solar energy storage and charging, smart grid, etc.
Specific applications: Magnetic amplifier switch power supply, spike suppressor, flux gate coil, etc
Main application areas: new energy vehicles, solar energy storage and charging, smart grid, etc.
Magnetic flux gate sensor iron core
The magnetic core made of cobalt based amorphous alloy has the characteristics of high precision, high sensitivity, and high temperature stability, and is mainly used as a flux gate sensor< br>
Specific application: Flux gate coil< br>
Main application areas: new energy vehicles, photovoltaic energy storage and charging, etc.
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