Soft Magnetic Alloy
Soft magnetic alloys are a type of alloy that exhibits high magnetic permeability and low coercivity in weak magnetic fields. There are various types of soft magnetic alloys. Based on the main application scenarios, Huaci highlights the following specialty soft magnetic materials with these following characteristics:
- High magnetic flux density
- High curie temperature
Key Properties
1J22：
- High saturation magnetization, up to 2.4T.
- High curie temperature, reaching 940℃.
- Saturation magneto-striction ranging from (60~100×10-6)
- Low resistivity (0.27 μΩ·m), unsuitable for high-frequency applications but ideal for high power density and high torque applications.
1J27：
- High magnetic flux density, reaching up to 2.36T.
- High curie temperature ensures stable operation in high-temperature environments.
- Exhibits excellent mechanical toughness and ductility.
- Better permeability and does not exhibit the brittleness.
1J50：
- High saturation magnetization, up to 1.5T.
- High magnetic permeability.
- Outstanding corrosion resistance.
1J85：
- High magnetic permeability, with a relative permeability exceeding 100,000 H/m.
- Low coercivity (1.2A/m).
- Significantly affected by stress.
1J22(Hiperco50, Permendur, 49КФ, AFK502, SME SMEV)
It’s high saturation magnetic induction strength iron-cobalt-vanadium soft magnetic alloy; the alloy has the highest saturation magnetic induction intensity (2.4T), high Curie point (940 °C), and maximum saturation magnetostriction coefficient (60~100×10-6).
Due to its large magnetostriction coefficient, it is very suitable for magnetostrictive transducers, with high output energy and high working efficiency. The alloy has a low electrical resistivity (0.27 μΩ·m) and should not be used at high frequencies.
It is suitable to be used as light weight and small volume electrical components for aviation and aerospace, such as microelectronic rotors, electromagnet pole heads, relays, transducers, etc.
Properties
Key properties of soft magnetic 1J22 material.
Magnetic Properties
Iron Loss at Different Working Point
The diagram below illustrates the iron loss of materials with different thicknesses at various operating points.
Compare with Electrical Sheets
BH Curve
