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Normaperm FeNi36 DIN 17745/DIN 17405/ 1.3910/1.3911DIN IEC 740-2
Nifemax FeNi48 DIN 17745/DIN 17405/ 1.3922/1.3926/DIN IEC 740-2/ASTM A 753 1.3927/
Perm 77 FeNi77CuMo DIN 17745/DIN 17405/ 2.4530DIN IEC 740-2
Super-Muniperm FeNi80Mo DIN 17745/DIN 17405/DIN IEC 740-2/ 2.4545ASTM A 753/MIL-N-14411C N14080
K94840
AMW-TRADE NAME Ni Mn Mo S Cr Cu C Si P Fe
Normaperm 36 0.3 0.2 0.008 0.3 0.3 0.02 0.2 0.02 bal.
Nifemax 48 0.4 0.2 0.008 0.3 0.3 0.02 0.2 0.02 bal.
Perm 77 77 0.5 4.1 0.008 0.3 4.4 0.02 0.2 0.02 bal.
Super-Muniperm 80 0.5 4.9 0.008 0.3 0.3 0.02 0.15 0.02 bal.
£ £ £ £ £ £ £
£ £ £ £ £ £ £
£ £ £ £ £
£ £ £ £ £ £
AMW-TRADE NAME ALLOY STANDARD MATERIAL-NO.DIN/UNS
1. ALLOY
2. AVERAGE CHEMICAL COMPOSITION(mass - %)
Soft-magnetic Iron-Nickel-AlloysSoft-magnetic Iron-Nickel-Alloys
1 m
easure
d o
n w
ound c
ore
s s
trip
thic
kness 0
.0079 in./0.2
mm
(re
fere
nce v
alu
e)
B-
Satu
ration flu
x d
ensity
T-
Curiete
mpera
ture
H-
Coerc
ive forc
eµ
- In
itia
l perm
eabili
ty
µ-
Maxim
um
perm
eabili
tyD
C-
Direkt C
urr
ent
AC
-A
ltern
ating C
urr
ent (f
=50H
z)
SC
C0,4
maxAM
W-T
RA
DE
NA
ME
DE
NS
ITY
BT
Hµ
µS
CC
0,4
max
11
lb/in
.g
/cm
GT
°F°C
Oe
A/m
DC
/AC
DC
/AC
33
3. P
HY
SIC
AL
PR
OP
ER
TIE
S
Norm
aperm
0.2
95
8.2
12000
1.2
464
240
0.1
257
10
6000/5
000
25000/2
0000
Nifem
ax
0.2
98
8.3
15000
1.5
878
470
0.0
503
413000/9
000
150000/7
0000
Perm
77
0.3
17
8.8
7500
0.7
5770
410
0.0
063
0.5
250000/1
00000
300000/1
50000
Super-
Munip
erm
0.3
16
8.8
7500
0.7
5770
410
0.0
063
0.5
250000/1
00000
300000/1
50000
ksi
MP
aksi
MP
aH
RB
HV
10
ksi
Ga
3P
4. M
EC
HA
NIC
AL
PR
OP
ER
TIE
S
AM
W-T
RA
DE
NA
ME
TE
MP
ER
YIE
LD
ST
RE
NG
TH
TE
NS
ILE
ST
RE
NG
TH
HA
RD
NE
SS
MO
DU
LU
SO
F
OC
KW
EL
LB
VIC
KE
RS
EL
AS
TIC
ITY
Rp
0.2
Rm
R
anneale
d41
280
64
440
75
140
Norm
aperm
19.6
135
hard
109
750
116
800
97
230
anneale
d44
300
75
520
75
140
Nifem
ax
21.8
150
hard
116
800
123
850
97
250
anneale
d46
320
91
630
85
160
Perm
77
28.3
195
hard
145
1000
152
1050
100
320
anneale
d46
320
94
650
85
160
Super-
Munip
erm
28.3
195
hard
152
1050
130
1100
100
330
Oth
er
thic
kness a
nd tole
rances o
n r
equest.
Oth
er
wid
th a
nd tole
rances o
n r
equest.
5. D
IME
NS
ION
SA
ND
TO
LE
RA
NC
ES
TH
ICK
NE
SS
TO
LE
RA
NC
ES
TH
ICK
NE
SS
WID
TH
WID
TH
WID
TH
in.
mm
in.
mm
in.
mm
in.
mm
0.3
9 t
o 1
.97
10 t
o 5
0>
1.9
7 t
o 7
.87
> 5
0 t
o 2
00
> 7
.87 t
o 1
2.6
0>
200 t
o 3
20
0.0
04 to 0
.008
0.1
0 to 0
.20
± 0
.0004
± 0
.010
± 0
.0006
± 0
.015
± 0
.0008
± 0
.020
> 0
.008 to 0
.020
> 0
.20 to 0
.50
± 0
.0008
± 0
.020
± 0
.0008
± 0
.020
± 0
.0012
± 0
.030
> 0
.020 to 0
.039
> 0
.50 to 1
.00
± 0
.0012
± 0
.030
± 0
.0012
± 0
.030
± 0
.0016
± 0
.040
> 0
.039
> 1
.00
± 0
.0020
± 0
.050
± 0
.0020
± 0
.050
± 0
.0028
± 0
.070
WID
TH
TO
LE
RA
NC
ES
WID
TH
TH
ICK
NE
SS
TH
ICK
NE
SS
TH
ICK
NE
SS
TH
ICK
NE
SS
in.
mm
in.
mm
in.
mm
in.
mm
in.
mm
0.0
04 t
o 0
.008
0.1
0 t
o 0
.20
> 0
.008 t
o 0
.019
> 0
.20 t
o 0
.50
> 0
.019 t
o 0
.039
> 0
.50 t
o 1
.00
> 0
.039 t
o 0
.079
> 1
.00 t
o 2
.00
0.3
0 to 1
.97
10 to 5
0± 0
.004
± 0
.1± 0
.008
± 0
.2± 0
.008
± 0
.2± 0
.012
± 0
.3
> 1
.97 to 7
.87
> 5
0 to 2
00
± 0
.008
± 0
.2± 0
.012
± 0
.3± 0
.012
± 0
.3± 0
.016
± 0
.4
> 7
.87 to 1
2.6
0>
200 to 3
20
± 0
.012
± 0
.3± 0
.016
± 0
.4± 0
.020
± 0
.5± 0
.024
± 0
.6
Oth
er
tole
rances o
n r
equest.
Oth
er
form
on r
equest.
LE
NG
TH
TO
LE
RA
NC
ES
(CU
TL
EN
GT
H)
TH
ICK
NE
SS
LE
NG
TH
in.
mm
in.
mm
20 t
o 1
18
500 t
o 3
000
0.0
16 to 0
.079
0.4
0 to 2
.00
+ 0
.40
+ 1
0
6. P
RO
DU
CT
FO
RM
FO
RM
TH
ICK
NE
SS
WID
TH
LE
NG
TH
CO
IL-
IDC
OIL
- O
Din
.m
min
.m
min
.m
min
.m
min
.m
m
Str
ip0.0
04 to 0
.079
0.1
0 to 2
.00
0.3
9 to 1
2.6
010 to 3
20
11.8
1/1
5.7
5/1
9.6
9300/4
00/5
00
max. 41
max. 1050
Cut le
ngth
0.0
16 to 0
.079
0.4
0 to 2
.00
1.9
7 to 1
2.6
050 to 3
20
20 to 1
18
500 to 3
000
All
data
conta
ined in this
docum
ent are
for
info
rmation p
urp
oses o
nly
.O
ther
pro
pert
ies c
an b
e e
ngin
eere
d a
ccord
ing to c
ostu
mer
specific
ations.
Guara
nte
es o
f specific
chara
cte
ristics o
r applic
ations r
equire s
pecia
l w
ritten a
gre
em
ent.
10/2
009
