FeNi Soft Magnetic Alloy
FeNi Soft Magnetic AlloyFeNi Soft Magnetic Alloy (GBn198-1988)Grade & Chemical Composition (see Table 1) Table 1 Grade & Chemical CompositionSortGradeChemical Composition (%)CPSMnSiNiCrCoMoCuFeHigh magnetic conductivity higher saturation magnetic flux density soft magnetic alloy1J460.030.0200.020.60~1.10.15~0.345.0~46.50.20Balance1J500.30~0.60.15~0.349.0~50.50.201J540.30~0.61.10~1.4049.0~51.03.80~4.20.20High initial permeability of soft magnetic alloy1J760.30~0.600.15~0.375.0~76.51.80~2.24.80~5.21J770.30~0.600.15~0.375.0~783.9~4.54.80~61J790.60~1.10.30~0.5078.5~80.03.80~4.100.201J800.60~1.11.10~1.579.0~81.02.6~3.00.201J850.030.0200.020.30~0.600.15~0.379.0~81.04.80~5.200.201J861.000.3080.5~81.55.80~6.2Moment magnetic alloy1J340.30~0.600.15~0.3033.5~35.028.5~302.80~3.20.201J510.30~0.600.15~0.3049.0~50.51J520.30~0.600.15~0.3049.0~50.51.80~2.21J650.30~0.600.15~0.3064.5~66.01J670.30~0.600.15~0.3064.5~66.01.80~2.21J830.30~0.600.15~0.3078.5~79.52.80~3.21J4030.30~0.600.15~0.3039.0~ 41.024.5~25.53.80~4.23.80~4.2Mechanical Property (see Table 2)Table 2 Mechanical PropertyGradeResisitivity
( m )Desinty(g/cm3)Curie Point
CHigh Saturated magneto-striction coefficient
/10-6Brinell hardness
HBSb Tensile Strength
MPas Yield Strength
MPaElongation
(%)unan-nealedan-nealedunan-nealedan-nealedunan-nealedan-nealedunan-nealedan-nealed1J460.458.J500.458.J540.98.J4030.558.J760.558.64002.4--------1J770.558.J790.558.J800.628.53300.J850.568.754000.5--------1J860.608.J340.58.J510.458.J52-8.J650.258.J670.458.J830.508.Physical Property (See Table 3 & Table 4) Table 3 Average Coefficient of Linear ExpansionGradeCoefficient of Linear Expansion at Different Temperature/( 10-6/K)20~
100 C20~
200 C20~
300 C20~
400 C20~
500 C20~
600 C20~
700 C20~
800 C20~
900 C1J508.99.279.29.29.41J7910.3~10.810.9~11.211.4~12.911.9~12.512.3~13.212.7~13.413.1~13.613.4~13.613.2~13.71J8012.8~13.012.5~12.713.1~13.413.4~13.813.9~14.414.2~14.814.5~15.215.0~15.615.5~15.6Note: 1. Saturated magnetic induction,Website:, Bs, is measured under 2000~2400 A/m applied magnetism for 1J34, 1J51, 1J52 and 1J403. 800 A/m for 1J65, 1J67 and 1J83.2. Iron loss P1/400 and P1/300 represent iron loss when peak magnetic induction reaches 1T at 400 Hz and 300 Hz, respectively.3. Bm in Square coefficient Br/Bm represents magnetic induction strength under 80 A/m applied magnetic strength.
Other supplier products
|
|
|
High Temperature Nickel AlloyNickel-Chromiun High temperature alloys*Alloy A286,Website: S66286,SAE AMS 5726,Chinese GH2132*Inconel 600,ASTM B564,U... |
|
|
|
Injection Bonded SmCoInjection Bonded SmCo magnet is made by mixing the SmCo magnwetic powder with polymer plastics (such as: PA,Website:, PPS, ect... |
|
|
|
Bonded Ferrite MagnetBonded Ferrite magnet is made by mixing the ferrite powder with polymer plastic (such as PA,Website:, PPS, etc.,), then throug... |
|
|
|
Temperature compensated magnetic alloysPrecision Alloy 1J30/1J31/1J32/1J33/1J38Temperature compensated magnetic alloysNote: In instrument such as a... |
|
|
|
Ni-span AlloyPrecision Alloy 3J1/3J53Elastic Component Alloys (3J1 and 3J53) (YB/T5256-1993)*Ni-span alloy c-902,Website:, AMS 5225, UNS N09902, (N... |
供应产品
Same products
