DONGGUAN SHUMYIP STEEL CENTRE CO., LTDDONGGUAN GUOSHI MAGNETIC INDUSTRY CO., LTD
Fe-based Nanocrystalline Ribbons Soft Magnetic Materials
Fe-based Nanocrystalline Ribbons Soft Magnetic Materials





Description
Additional Information
Privacy Policy

NANOCRYSTALLINE RIBBONS

Nanocrystalline Ribbon is a new type of Fe-based soft magnetic materials. Traditionally, metal crystalline materials with larger crystal grains were considered to have better magnetic characteristics. However, Nanocrystalline is invented with extremely small crystal grains ( at around 10nm, that’s why it is called Nano materials), considerably improve the magnetic characteristics.

CHARACTERISTICS

Nanocrystalline ribbons

Nanocrystalline ribbon 1K107 Properties

Saturate induction / Bs (T)

1.25

Magnetostriction / λs

2.0x10⁻⁶

Curie temperature (℃)

570

Density ρ (g/cm³)

7.2

Crystallization (℃)

500

Resistivity δ (μΩNaN)

130

Hardness / Hv

880

Thickness (μm)

28~35

NANOCRYSTALLINE RIBBON 1K107B PROPERTIES

Nanocrystalline ribbons

Thickness (mm)

0.018-0.025

Stack factor σ

>0.8

Magnetic induction B800/T

≥1.2

Coercivity / Hc (A/m)

≤1.6

Core loss P0.5T/20K/(W/kg)

≤25

Core loss P0.3T/100K/(W/kg)

≤100

Permeability μ (1kHz)

≥80000

Permeability μ (10kHz)

≥60000

Permeability μ (100kHz)

≥10000

Curie temperature (℃)

570

Operating temperature (℃)

‐50~120

Magnetostriction / λs

<2.0x10-6

STANDARD SIZES FOR 1K107 (CASTED RIBBONS)

Standard Sizes For Transmart Nanocrystalline ribbons

Item

Width (mm)

Thickness(μm)

1

5

28-35

2

8

28-35

3

10

28-35

4

15

28-35

5

20

28-35

6

25

28-35

7

30

28-35

8

35

28-35

9

40

28-35

STANDARD SIZES FOR 1K107B (SLITTED RIBBONS)

Transmart Nanocrystalline ribbons

Item

Width (mm)

Thickness(μm)

1

3

18-25

2

3.2

18-25

3

3.5

18-25

4

4.5

18-25

5

5

18-25

6

6

18-25

7

6.5

18-25

8

8

18-25

9

10

18-25

10

15

18-25

11

20

18-25

12

25

18-25

13

30

18-25

FEATURES

Features Of Nanocrystalline Ribbon: High saturation flux density, high permeability, low core loss, low magnetostriction, good temperature stability. The materials help to make various magnetic components for electronic devices lighter and increasingly compact, energy saving and low noise.