Grade: 1k501 Fe-nickel-based non-crystalline 

 


Typical physical properties of Fe-Ni based soft magnetic alloys:

  Saturation magnetic induction 
        intensity Bs

        0.88T

        Saturation magnetostrictive
        coefficient λs

        12×10-6

        Curie temperature Tc

        353°C 

        Density ρ

        7.9g/cm3

        Crystallization temperature Tx

        410°C 

        Resistivity r

        138μΩ·cm

        Tensile strength  σs

        1~2GPa

        Modulus of elasticity E

        100~110GPa

        Vickers hardness Hv

        740kg/mm2

        Coefficient of thermal expansion

        11.7ppm/oC

Features: Excellent magnetostrictive properties and constant permeability.

 

 

Grade: 1k101 Fe-based non-crystalline 
The physical properties of Fe-based amorphous alloys:

    Saturation magnetic 
         induction intensity Bs

        1.5 T

        Vickers hardness Hv

        960kg/mm2

        Curie temperature Tc

        410℃ 

        Density d

        7.18 (g/cm3)

        Crystallization temperature Tx

        535℃ 

        Resistivity ρ

        137µΩ·cm

        Saturation magnetostrictive coefficient λs

        27×10-6

        Continuous working
        temperature

        150℃ 

Features: High saturation magnetic flux density, low loss, low coercivity.

 

2.2 Strips for reactor core

 

Specifications for steel strip are shown in the following table:(including grade, width, thickness, etc.)

 

Table 1. The apparent quality of the Fe-based nanocrystallne strip series 

Material

        Strip Width/mm

Strip Thickness/um

Cross Deviation

Deviation of width/mm

Space Factor

Type of  Strip

        1K107

        10<B≤50

30±2

≤3um

-0.4~0

≥0.77

Common strip

        10<B≤50

34±2

≤3um

-0.4~0

        1K107D

        B≤10

34±2

≤2 um

-0.2~0

≥0.8

        10<B≤30

≤3 um

-0.4~0

        1K107A

        B≤10

30±2

≤2 um

-0.2~0

        10<B≤50

≤3 um

-0.4~0

        1K107A

        B≤10

21±2

≤2 um

-0.2~0

≥0.75

Pressure strip

        10<B≤30

-0.4~0

        B≤10

25±2

-0.2~0

≥0.8

        10<B≤40

-0.4~0

        40<B≤70

≤3 um

≥0.75

        1K107B

        B≤10

30±2

≤2 um

-0.2~0

≥0.8

Common strip

        10<B≤50

≤3 um

-0.4~0

        1K107B

        B≤10

21±2

≤2 um

-0.2~0

≥0.75

Pressure strip

        10<B≤30

-0.4~0

        B≤10

25±2

-0.2~0

≥0.8

        10<B≤40

-0.4~0

        40<B≤70

≤3 um

≥0.75

        1k107A

        B≤25

21±2

≤2 um

± 0.02

≥0.82

Shear Strip

        B≤25

25±2

        1k107B

        B≤25

21±2

        B≤25

25±2

 

Table 2. The apparent quality of the Fe-based amorphous strip series

Material

Material/mm

Strip Thickness/um

Cross Deviation

Deviation of width/mm

Space Factor

Type of  Strip

1k101

B≤50

25±2

≤2 um

± 0.02

≥0.82

Shear strip

Table 3. The apparent quality of the Fe-Ni-based amorphous strip series

Material

Strip Width/mm

Strip Thickness/um

Cross Deviation

Deviation of width/mm

Space Factor

Type of  Strip

1K501

≤12

26±3

≤2um

± 0.02

Length of single strip is over 400m

Pressure strip

 

Note: Steel Strip not included in the table can be produced by discussion.

Main Products

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