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Electromagnetic Induction High Resistivity Anticorrosion Soft Magnetic FeCr Alloy

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    The date of payment from buyers deliver within days

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    Beijing

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    Long-term effective

  • Last update:

    2017-10-01 14:19

  • Browse the number:

    252

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Xiamen Jingxin Imp. & Exp. Co.,Ltd

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Area：Beijing

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Website：http://www.astrongmagnets.com/ http://jingxin.szhxsolar.com/

Product Details

Electromagnetic Induction High Resistivity Anticorrosion Soft Magnetic FeCr Alloy

Anticorrosion Soft Magnetic Alloy(GB/T14986-1994)

Usage: Electromagnetic components used in oxidation environment and hydrazine environment.

1. This material is anticorrosion soft magnetic FeCr alloy. 

2. With its high magnetic induction, low coercive force as well as high resistivity, it is mainly used as megnetic material in all kinds of electromagnetically operated valves in contact with corrosive medium as well as in the electro-hydraulic valve of aeroengine.


Grade & Chemical Composition (see Table 1) 


Table 1 Grade & Chemical Composition


Grade

Chemical Composition (%)

C≤

Si≤

Mn

P≤

S≤

Cr

Ni

Ti

Fe

1J36

0.03

0.2

≤0.6

0.02

0.02

 

35.0~37.0

 

Balance

1J116

0.2

≤0.6

15.5~16.5

 

 

1J117

0.15

0.3~0.7

17.0~18.5

0.5~0.7

0.3~0.7


Mechanical Property (see Table 2) 


                             Table 2 Mechanical Property


Grade

Tensile Strenght  b/MPa

Elongation,  5(%)

Shrikage,  (%)

1J36

460

40

80

1J116

400

30


1J117

400

37

70


Physical Property (see Table3   Table 5) 


                              Table3 Physical Property


Grade

Density g/cm3

Resistivity ρ, μΩ/m

Curie Point Tc/°C

Hardness, HBS

1J36

8.1

0.8

230±20

 

1J116

7.75

0.44

670~700

188(Hot Forged)

1J117

7.77

 

670~700

 


Table 4 Magnetic Property


Grade

Magnetic Induction Value in Different Magnetic Field Intensity

Coercivity, Hc

B240≥

Br240≤

B800≥

B3200≥

B40r

≤

T

T

T

T

T

A/m

1J36

0.08

0.3

-

≥1.2

≤0.35

16

1J116

1

-

1.1

1.3

-

80

1J117

0.9

-

1.1

1.25

-

80

Note: For 1J36 alloy, temperature stability can be teted at B40 (T), if required by supplier and agreed on the contract. Its characteristic value, B40(T) and its variation are less than 20 C and 10%, respectively at 40 C, 60 C, 80 C, and 100 C.


Table 5 Magnetic Property in Different Temperature


Grade

Temperature/°C

μm

B240

Br240

B3200

Hc

mH/m

T

T

T

A/m

1J116

Room Temperature

14.8

1.01

0.75

 

21.2

100

16.1

1.00

0.74

 

19.36

200

17.0

0.98

0.7

 

18.24

1J117

Room Temperature

11.4

0.98

0.72

1.26

25.6

100

12

0.98

0.70

1.26

23.2

200

 

0.96

 

 

 

1J36

0~100

Change rate of Magnetic Property ≤10%

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