Project Description

Soft Magnetic Alloys with Rectangular Hysteresis Loop

1J34, 1J40, 1J51, 1J52, 1J65, 1J67, 1J83

Soft magnetic alloys with rectangular hysteresis loop has the characteristics of magnetic anisotropy. Its easy magnetization direction is close to the rectangular hysteresis loop, the moment magnetic ratio Br / BS is usually more than 85%, and has high saturation magnetic induction intensity. Make magnetic amplifier, choke coil, rectifier coil and computer device components working in medium magnetic field.

Equivalent Grades

GBГОСТASTMUNSDINW.Nr.NFBSJISSS
1J3434НКМ
1J4040НКМ
1J6565Н

Chemical Composition, %

AlloyCPSSiMnNiMoCoCuFe
1J34≤0.03≤0.02≤0.020.15-0.300.30-0.6033.5-35.02.80-3.2028.5-30.0≤0.20Rest
1J40≤0.03≤0.02≤0.020.15-0.300.30-0.6039.0-41.03.80-4.2024.5-25.5Rest
1J51≤0.03≤0.02≤0.020.15-0.300.30-0.6049.0-50.5≤0.20Rest
1J52≤0.03≤0.02≤0.020.15-0.300.30-0.6049.0-51.01.80-2.20≤0.20Rest
1J65≤0.03≤0.02≤0.020.15-0.300.30-0.6064.5-66.0≤0.20Rest
1J67≤0.03≤0.02≤0.020.15-0.300.30-0.6064.5-66.01.80-2.20≤0.20Rest
1J83≤0.03≤0.02≤0.020.15-0.300.30-0.6078.5-79.52.80-3.20≤0.20Rest

Soft Magnetic Alloys with Rectangular Hysteresis Loop

AlloyClassThickness, mmPermeability at a magnetic field intensity of 0.8A/m, μ0.8/mH˙m-1Maximum permeability μm/mH˙m-1Squareness ratio Br/BmCoercive force(under saturation magnetic induction) Hc/A˙m-1Core loss /W˙kg-1Saturation magnetic induction Bs/T
P1/400P1/3000
1J340.02-0.04≥60000(75)≥0.90≤16.01.50
0.05-0.09≥90000(112.5)≥0.90≤9.61.50
0.10-0.20≥110000(137.5)≥0.87≤8.01.50
1J400.02≥400000(500)≥0.97≤3.23.0-4.535-651.38
0.05≥500000(625)≥0.97≤2.43.0-4.535-651.38
0.02≥300000(375)≥0.95≤4.0≤3.0≤351.38
0.05≥400000(500)≥0.95≤3.2≤3.5≤401.38
0.10≥500000(625)≥0.95≤2.4≤2.5≤301.38
1J510.02-0.09≥40000(50)≥0.85≤20.01.50
0.10≥40000(50)≥0.85≤18.01.50
0.02-0.04≥60000(75)≥0.92≤15.0≤4.01.50
0.05-0.09≥60000(75)≥0.92≤15.0≤4.51.50
0.10≥60000(75)≥0.90≤15.0≤5.01.50
0.02-0.04≥76000(95)≥0.94≤13.01.52
0.05≥80000(100)≥0.94≤11.01.52
1J520.02-0.04≥50000(62.5)≥0.90≤20.01.40
0.05-0.10≥70000(87.5)≥0.90≤16.01.40
1J650.02-0.04≥100000(125)≥0.90≤6.41.30
0.05-0.09≥150000(187.5)≥0.90≤4.81.30
0.10-0.50≥220000(275)≥0.90≤3.21.30
1J670.02-0.04≥160000(200)≥0.90≤6.41.20
0.05-0.09≥200000(250)≥0.90≤4.81.20
0.10-0.19≥250000(312.5)≥0.90≤4.01.20
0.20-0.50≥350000(437.5)≥0.90≤3.21.20
1J830.02-0.04≥7000(8.8)≥100000(125)≥0.80≤4.00.82
0.05-0.09≥7000(8.8)≥150000(187.5)≥0.80≤2.40.82
0.10≥16000(20)≥180000(225)≥0.80≤1.60.82

Typical Physical Constants and Mechanical Properties

AlloyDensity, g/cm3Curie Point, Tensile Strength, MPaYield Strength, MPaElongation, %
1J348.7540 Soft42 Soft
1J408.55600
1J518.2500450 Soft37 Soft
1J528.2
1J658.35600540 Soft43 Soft
1J678.48530930 Hard / 540 Soft3 Hard / 50 Soft
1J838.64601030 Hard / 490 Soft3 Hard / 50 Soft

Available Products and Specifications

Rod, Bar, ForgingsGBn 198-88, GB/T 32286.1-2015, GOST 10160-1975, ASTM A753-2008
Plate, Sheet, StripGBn 198-88, GB/T 32286.1-2015, GOST 10160-1975, ASTM A753-2008
Pipe, TubeGBn 198-88, GB/T 32286.1-2015, GOST 10160-1975, ASTM A753-2008
Fitting
Wire, Welding Product

Note:

Saturation magnetic induction of 1J34, 1J40, 1J51 and 1J52 is measured at a magnetic field intensity between 200A/m and 2400A/m. Saturation magnetic induction of 1J65, 1J67 and 1J83 is measured at a magnetic field intensity of 800A/m.

The core loss of 1J40(Ⅰ) should be measured at the temperature -40℃, +20℃ and +100℃.

P1/400 and P1/4000 mean the core losses at 400Hz and 3000Hz respectively and they should be tested at the peak value of magnetic induction of 1T.

Brs referring to the squareness ratio(Br/Bm) means the magnetic induction at a magnetic field intensity of 80A/m.

Feature

With crystallization/magnetic texture and rectangular hysteresis loop, fairly high maximum permeability and saturation magnetic induction.

Applications

Components of medium/small power magnetic amplifier, double polarity pulse transformer, saturation inductor, magnetic regulator, contactless relay, contact rectifiers reactor, amplitude modulator, pinnacle suppresser, calculation equipment and apparatus etcs.