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Cold working tool steel

Almost all objects we use every day have been produced from tool steel.

A better durability of the tool can be achieved due to an intelligent use of the raw material which ensures an economic production and also a high productivity.

There are also for the cold work steels more and more high demands. This results from modern production machines for optimizing of manufacturing processes as well as the continous rising demands on the quality of the manufactured products. The temperatures are different; normally under 200°C surface temperature. For achieving the best material’s characteristics and also a long durability the coordination of the alloys is really important. Due to a different use of chrome, molybdenum, vanadium and tungsten the requested characteristics can be achieved with different steels. A distinction is drawn between cold work steels for cuts + cutting tools and cold work steels for stamping and piercing dies.

You will find the most important grades in our delivery programm.

The information in the following table according to GOST grades are for your information only, without liability.

Lieferprogramm

DIN EN ISO 4957 Lieferform
1.2080 X210Cr12
EN ISO 4957:
X210Cr12
AFNOR:
Z200C12
BS:
BD 3
UNE:
F.521 (F.5212)
AISI / SAE:
D 3
GOST:
?12
C%:
2,10
Mn%
0,30
Si%:
0,30
Cr%:
12,00
S%:
-
P%:
-
Heat treatment
- annealing
800 - 840
- hardening
930 - 980
- tempering
acc. tempering chart
1.2083 X40Cr14
EN ISO 4957:
X40Cr14
AFNOR:
Z40C14
BS:
-
UNE:
F.5263
AISI / SAE:
420
GOST:
40X13
C%:
0,40
Mn%
< 1,00
Si%:
< 1,00
Cr%:
13,50
S%:
-
P%:
-
Heat treatment
- annealing
760 - 800
- hardening
1000 - 1050
- tempering
acc. tempering chart
1.2083 ESR X40Cr14
EN ISO 4957:
X40Cr14
AFNOR:
Z40C14
BS:
-
UNE:
F.5263
AISI / SAE:
420
GOST:
40X13
C%:
0,40
Mn%
< 1,00
Si%:
< 1,00
Cr%:
13,50
S%:
-
P%:
-
Heat treatment
- annealing
760 - 800
- hardening
1000 - 1050
- tempering
acc. tempering chart
1.2085 -
EN ISO 4957:
-
AFNOR:
Z35CD17+S
BS:
-
UNE:
-
AISI / SAE:
420 FM
GOST:
-
C%:
0,33
Mn%
< 1,40
Si%:
< 1,00
Cr%:
16,00
S%:
-
P%:
-
Heat treatment
- annealing
850 - 880
- hardening
1000 - 1050
- tempering
acc. tempering chart
1.2311+QT -
EN ISO 4957:
-
AFNOR:
35CMD7
BS:
-
UNE:
-
AISI / SAE:
P 20
GOST:
40????
C%:
0,40
Mn%
1,45
Si%:
0,30
Cr%:
1,95
S%:
-
P%:
-
Heat treatment
- annealing
710 - 740
- hardening
830 - 880
- tempering
acc. tempering chart
1.2312+QT -
EN ISO 4957:
-
AFNOR:
40CMD8S
BS:
-
UNE:
-
AISI / SAE:
P 20+S
GOST:
40????+S
C%:
0,40
Mn%
1,50
Si%:
0,40
Cr%:
1,90
S%:
-
P%:
-
Heat treatment
- annealing
710 - 740
- hardening
830 - 880
- tempering
acc. tempering chart
1.2316+QT X38CrMo16
EN ISO 4957:
X38CrMo16
AFNOR:
Z35CD17
BS:
-
UNE:
-
AISI / SAE:
-
GOST:
4?16?
C%:
0,37
Mn%
< 1,50
Si%:
< 1,00
Cr%:
16,00
S%:
-
P%:
-
Heat treatment
- annealing
760 - 820
- hardening
1000 - 1050
- tempering
acc. tempering chart
1.2360 mod. -
EN ISO 4957:
-
AFNOR:
-
BS:
-
UNE:
-
AISI / SAE:
-
GOST:
-
C%:
0,52
Mn%
0,45
Si%:
0,95
Cr%:
8,20
S%:
-
P%:
-
Heat treatment
- annealing
830 - 860
- hardening
1030 - 1070
- tempering
acc. tempering chart
1.2363 X100CrMoV5
EN ISO 4957:
X100CrMoV5
AFNOR:
Z100CDV5
BS:
BA 2
UNE:
F.536 (F.5227)
AISI / SAE:
A 2
GOST:
95?5??
C%:
1,00
Mn%
0,60
Si%:
0,30
Cr%:
5,20
S%:
-
P%:
-
Heat treatment
- annealing
800 - 840
- hardening
930 - 980
- tempering
acc. tempering chart
1.2379 X153CrMoV12
EN ISO 4957:
X153CrMoV12
AFNOR:
Z160CDV12
BS:
BD 2
UNE:
F.520.A
AISI / SAE:
D 2
GOST:
?12??
C%:
1,55
Mn%
0,40
Si%:
0,30
Cr%:
12,00
S%:
-
P%:
-
Heat treatment
- annealing
800 - 850
- hardening
1000 - 1040 1050 - 1080
- tempering
acc. tempering chart
1.2436 X210CrW12
EN ISO 4957:
X210CrW12
AFNOR:
Z210CW12-01
BS:
-
UNE:
F.5213
AISI / SAE:
-
GOST:
?12?
C%:
2,10
Mn%
0,40
Si%:
0,30
Cr%:
12,00
S%:
-
P%:
-
Heat treatment
- annealing
800 - 840
- hardening
950 - 980
- tempering
acc. tempering chart
1.2510 -
EN ISO 4957:
-
AFNOR:
90MWCV5
BS:
BO 0;BO 1
UNE:
F.522.A (F.5220)
AISI / SAE:
O 1
GOST:
95????
C%:
0,95
Mn%
1,10
Si%:
0,25
Cr%:
0,60
S%:
-
P%:
-
Heat treatment
- annealing
740 - 770
- hardening
780 - 820
- tempering
acc. tempering chart
1.2767 45NiCrMo16
EN ISO 4957:
45NiCrMo16
AFNOR:
45NCD16
BS:
-
UNE:
-
AISI / SAE:
-
GOST:
40?2?2??
C%:
0,45
Mn%
0,40
Si%:
0,25
Cr%:
1,40
S%:
-
P%:
-
Heat treatment
- annealing
610 - 650
- hardening
840 - 870
- tempering
acc. tempering chart
1.2767 ESR 45NiCrMo16
EN ISO 4957:
45NiCrMo16
AFNOR:
45NCD16
BS:
-
UNE:
-
AISI / SAE:
-
GOST:
40?2?2??
C%:
0,45
Mn%
0,40
Si%:
0,25
Cr%:
1,40
S%:
-
P%:
-
Heat treatment
- annealing
610 - 650
- hardening
840 - 870
- tempering
acc. tempering chart
1.2842 90MnCrV8
EN ISO 4957:
90MnCrV8
AFNOR:
90MV8
BS:
BO 2
UNE:
F.5229
AISI / SAE:
O 2
GOST:
9?2?
C%:
0,90
Mn%
2,00
Si%:
0,30
Cr%:
0,40
S%:
-
P%:
-
Heat treatment
- annealing
680 - 720
- hardening
790 - 820
- tempering
acc. tempering chart
OBK8 -
EN ISO 4957:
-
AFNOR:
-
BS:
-
UNE:
-
AISI / SAE:
-
GOST:
-
C%:
1,10
Mn%
0,40
Si%:
0,95
Cr%:
8,30
S%:
-
P%:
-
Heat treatment
- annealing
800 - 850
- hardening
1020 - 1080
- tempering
acc. tempering chart

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Cold working tool steel

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