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Fe-based Nanocrystalline Ribbon Soft Magnetic Materials

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Fe-based Nanocrystalline Ribbon Soft Magnetic Materials
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Fe-based Nanocrystalline Ribbon has the properties of high saturation magnetization and permeability, low coercive force and core loss, good stabilities on temperature and time effect, excellent abilities of anti-wearing and anti-rusty, and it shows the best property-value ratio among all of the soft magnetic materials.ely used in electronics products that high accuracy and good stability are the most required.


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Performance Index

Item

Performance

Saturate Induction Bs(T)

1.25

Curie Temperature

570

Crystallization

500

Hardness

880

Magnetostriction

2.0x10-6

Density (g/cm3)

7.2

Resistivity(μΩ.cm)

130

Thickness μm

20~35

1K107B Nanocrystalline Thin Ribbon Performance Index

Item

Performance

Thickness(mm)

0.018-0.025

Stack factor α

>0.8

Magnetic induction B800/T

≥1.2

Hc/(A/m)

≤1.6

Core Loss P0.5T/20k/(W/kg)

≤25

Core LossP0.3T/100k/(W/kg)

≤100

Permeability μ(1kHz)

≥70000

Permeability μ(10kHz)

≥60000

Permeability μ(100kHz)

≥10000

Curie Temperature ℃

570

Operating Temperature ℃

-50~120

Magnetostriction s

<2x10-6

Material

Silicon Steel

Nickel Iron

Ferrite
     Mn-Zn

Amorphous

Nanocrystalline

50Ni

80Ni

Cobalt Iron

Fe Iron

Bs(T)

2.0

1.55

0.74

0.5

0.58

1.56

1.2

Hc(Oe)

0.5

0.15

0.03

0.1

0.005

0.03

0.01

Initial permeability

1,500

6,000

> 40,000

3,000

> 60,000

5,000

> 100,000

Largest permeability

20,000

60,000

200,000

6,000

1,000,000

50,000

1000,000

Resistivity

50

30

60

106

120

130

80

Curie Temperature

750

500

500

140

255

400

570

Crystallization

-

-

-

-

530

510

510/570

Part No

Width(mm)

Thickness(μm)

J1K107B030232

3

23

J1K107B032232

3.2

23

J1K107B035232

3.5

23

J1K107B045232

4.5

23

J1K107B050232

5

23

J1K107B060232

6

23

J1K107B065232

6.5

23

J1K107B080232

8

23

J1K107B100232

10

23

J1K107B150232

15

23

J1K107B200232

20

23

J1K107B250232

25

23

J1K107B300232

30

23

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