+
  • IMG_4088_副本_副本.png
  • _CZX8227_副本.png
  • 1715078432482_481f7f52c169436a1cc93df841b9e083_副本.png
  • 带材_副本_副本.jpg
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.

Key words:

Soft magnetic material series, magnetic core series, electronic components series

Classification:

Strip

  • Product description
  • property
  • Typical graph
  • Main application field
  • 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).

    characteristic

    High saturation magnetic induction intensity, BS is about 1.56T

    Low coercivity, HC ≤ 2.0A/m

    Maximum magnetic permeability μ m ≥ 4.0 x104

  •  

    Magnetic properties

     

    Alloy grade

    Optional thickness

    (μm)

    Saturation magnetic induction intensity

    Bs(T)

    Coercive force

    Hc
    (A/m)

    Magnetic permeability μ

    (×10³)

    loss Ps

    (100K 0.2 T)
    (W/Kg)

    Saturated magnetostriction λs(x10-5

    Curie temperature

    Tc(℃)

    1kHz

    100kHz

    1K101

    25

    1.56

    2.4

    5

    5

    2200

    2.7

    410

     

    physical characteristics

     

    Alloy materials

    Optional thickness

    (μm)

    Density (g/cm3

    resistivity   (µΩm)

     

    Vickers hardness

    (kg/mm2

    Crystallization temperature

    Tc [°C]

    Curie temperature

    Tc(℃)

    working temperature 

    (℃)

    1K101

    25

    7.18

    130

    960

    530

    410

    -55—130

     

Get free product quotes


Security verification
Submission

Related Products