Schuster GmbH Sonderschrauben

Overview of available materials

  • Material
    1.1181
  • Designation
    C35E
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 300
  • Tensile strength (RM in MPa) 500 650
  • Ultimate elongation (A5 in %) 22
  • Constriction of area (Z in %) 45
  • Notched bar impact work (KV in J) 55
Chemical values*
Designation by to
  • %C 0.32 0.39
  • %Si 0.4
  • %Mn 0.5 0.8
  • %P 0.03
  • %S 0,035
  • %Cr 0.04
  • %Mo 0.1
  • %Ni 0.4
  • Material
    1.4923
  • Designation
    X 22 CrMoV 21 1
  • Manufacturing standard
    17240 / EN 10269
  • Test conditions
    AD-2000 W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 600
  • Tensile strength (RM in MPa) 800 950
  • Ultimate elongation (A5 in %) 14
  • Constriction of area (Z in %) 40
  • Notched bar impact work (KV in J) 52
Chemical values*
Designation by to
  • %C 0.18 0.24
  • %Si 0.5
  • %Mn 0.4 0.9
  • %P 0,025
  • %S 0,015
  • %Cr 11 12.5
  • %Mo 0.8 1.2
  • %Ni 0.3 0.8
  • %V 0.25 0.35
  • Material
    1.4980
  • Designation
    X 5 NiCrTi 26 15
    X6NiCrTiMoVB25-15-2
  • Manufacturing standard
    VDTÜV-WB 435/3
    EN 10269
  • Test conditions
    AD-2000 W7
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 600
  • Tensile strength (RM in MPa) 900 1200
  • Ultimate elongation (A5 in %) 16
  • Notched bar impact work (KV in J) 50
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0.03
  • %S 0.03
  • %Cr 13.5 16
  • %Mo 1 1.5
  • %Ni 24 27
  • %V 0.1 0.5
  • %Ti 1.9 2.3
  • %Al 0.35
  • Material
    1.4986
  • Designation
    X 8 CrNiMoBNb 1616
    X7CrNiMoBNb16-16
  • Manufacturing standard
    VDTÜV-WB 113/2
    EN 10269
  • Test conditions
    AD-2000 W7
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 490
  • Tensile strength (RM in MPa) 640 840
  • Ultimate elongation (A5 in %) 17
  • Notched bar impact work (KV in J) 52
Chemical values*
Designation by to
  • %C 0.04 0.1
  • %Si 0.3 0.6
  • %Mn 1.5
  • %P 0,045
  • %S 0.03
  • %Cr 15.5 17.5
  • %Mo 1.6 2
  • %Ni 15.5 17.5
  • %NbTa 1.2
  • %B 0.05 0.1
  • Material
    1.5680
  • Designation
    X 12 Ni 5
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W10 / W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 390
  • Tensile strength (RM in MPa) 530 7100
  • Ultimate elongation (A5 in %) 19
  • Constriction of area (Z in %) 50
  • Notched bar impact work (KV in J) 70
Chemical values*
Designation by to
  • %C 0.15
  • %Si 0.35
  • %Mn 0.3 0.8
  • %P 0.02
  • %S 0.01
  • %Ni 4.75 5.25
  • %V 0.05
  • Material
    1.7218
  • Designation
    25 CrMo 4
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W7 / W10
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 440
  • Tensile strength (RM in MPa) 600 750
  • Ultimate elongation (A5 in %) 18
  • Constriction of area (Z in %) 60
  • Notched bar impact work (KV in J) 60
Chemical values*
Designation by to
  • %C 0.22 0.29
  • %Si 0.4
  • %Mn 0.6 0.9
  • %P 0,025
  • %S 0,035
  • %Cr 0.9 1.2
  • %Mo 0.15 0.3
  • Material
    1.7225
  • Designation
    42 CrMo 4
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 730
  • Tensile strength (RM in MPa) 860 1060
  • Ultimate elongation (A5 in %) 14
  • Constriction of area (Z in %) 50
  • Notched bar impact work (KV in J) 52
Chemical values*
Designation by to
  • %C 0.38 0.45
  • %Si 0.4
  • %Mn 0.6 0.9
  • %P 0,025
  • %S 0,035
  • %Cr 0.9 1.2
  • %Mo 0.15 0.3
  • Material
    1.7709
  • Designation
    21 CrMoV 57
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 550
  • Tensile strength (RM in MPa) 700 850
  • Ultimate elongation (A5 in %) 16
  • Constriction of area (Z in %) 60
  • Notched bar impact work (KV in J) 63
Chemical values*
Designation by to
  • %C 0.17 0.25
  • %Si 0.4
  • %Mn 0.4 0.8
  • %P 0,025
  • %S 0.03
  • %Cr 1.2 1.5
  • %Mo 0.55 0.8
  • %Ni 0.6
  • %V 0.2 0.35
  • %Al 0.03
  • Material
    1.4301
  • Designation
    X 5 CrNi 18 10
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 190
  • Tensile strength (RM in MPa) 500 850
  • Ultimate elongation (A5 in %) 45
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.07
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.00 0.03
  • %Cr 17.5 19.5
  • %Ni 8 10.5
  • Material
    1.4404
  • Designation
    X2 CrNiMo 17132
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 200
  • Tensile strength (RM in MPa) 500 850
  • Ultimate elongation (A5 in %) 40
Chemical values*
Designation by to
  • %C 0.03
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0,015 0.03
  • %Cr 16.5 18.5
  • %Mo 2 2.5
  • %Ni 10 13
  • %N 0 0.1
  • Material
    1.4541
  • Designation
    X 6 CrNiMoTi 18 10 2
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 290
  • Tensile strength (RM in MPa) 500 800
  • Ultimate elongation (A5 in %) 40
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 17 19
  • %Ni 9 12
  • %Ti 0.7
  • Material
    1.4571
  • Designation
    X 6 CrNiMoTi 17 12 2
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 200
  • Tensile strength (RM in MPa) 500 850
  • Ultimate elongation (A5 in %) 40
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 16.5 18.5
  • %Mo 2 2.5
  • %Ni 10.5 13.5
  • Material
    1.4980
  • Designation
    X 5 NiCrTi 26 15
    X6NiCrTiMoVB25-15-2
  • Manufacturing standard
    VDTÜV-WB 435/3
    EN 10269
  • Test conditions
    AD-2000 W7
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 600
  • Tensile strength (RM in MPa) 900 1200
  • Ultimate elongation (A5 in %) 16
  • Notched bar impact work (KV in J) 50
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0.03
  • %S 0.03
  • %Cr 13.5 16
  • %Mo 1 1.5
  • %Ni 24 27
  • %V 0.1 0.5
  • %Ti 1.9 2.3
  • %Al 0.35
  • Material
    1.4986
  • Designation
    X 8 CrNiMoBNb 1616
    X7CrNiMoBNb16-16
  • Manufacturing standard
    VDTÜV-WB 113/2
    EN 10269
  • Test conditions
    AD-2000 W7
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 490
  • Tensile strength (RM in MPa) 640 840
  • Ultimate elongation (A5 in %) 17
  • Notched bar impact work (KV in J) 52
Chemical values*
Designation by to
  • %C 0.04 0.1
  • %Si 0.3 0.6
  • %Mn 1.5
  • %P 0,045
  • %S 0.03
  • %Cr 15.5 17.5
  • %Mo 1.6 2
  • %Ni 15.5 17.5
  • %NbTa 1.2
  • %B 0.05 0.1
  • Material
    1.4301
  • Designation
    X 5 CrNi 18 10
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 190
  • Tensile strength (RM in MPa) 500 850
  • Ultimate elongation (A5 in %) 45
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.07
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.00 0.03
  • %Cr 17.5 19.5
  • %Ni 8 10.5
  • Material
    1.4541
  • Designation
    X 6 CrNiMoTi 18 10 2
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 290
  • Tensile strength (RM in MPa) 500 800
  • Ultimate elongation (A5 in %) 40
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 17 19
  • %Ni 9 12
  • %Ti 0.7
  • Material
    1.4571
  • Designation
    X 6 CrNiMoTi 17 12 2
  • Manufacturing standard
    EN 10272
  • Test conditions
    AD-2000 W10 / W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 200
  • Tensile strength (RM in MPa) 500 850
  • Ultimate elongation (A5 in %) 40
  • Notched bar impact work (KV in J) 100
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 16.5 18.5
  • %Mo 2 2.5
  • %Ni 10.5 13.5
  • Material
    1.5680
  • Designation
    X 12 Ni 5
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W10 / W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 390
  • Tensile strength (RM in MPa) 530 7100
  • Ultimate elongation (A5 in %) 19
  • Constriction of area (Z in %) 50
  • Notched bar impact work (KV in J) 70
Chemical values*
Designation by to
  • %C 0.15
  • %Si 0.35
  • %Mn 0.3 0.8
  • %P 0.02
  • %S 0.01
  • %Ni 4.75 5.25
  • %V 0.05
  • Material
    1.6909
  • Designation
    X5 CrMnNiN 189
  • Manufacturing standard
    VDTÜV-WB 277/2
  • Test conditions
    AD-2000 W10
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 690
  • Tensile strength (RM in MPa) 830 1080
  • Ultimate elongation (A5 in %) 22
  • Constriction of area (Z in %) 50
  • Notched bar impact work (KV in J) 120
Chemical values*
Designation by to
  • %C 0.05
  • %Si 1
  • %Mn 7.5 9.5
  • %P 0.04
  • %S 0.03
  • %Cr 17 19
  • %N 0.2 0.3
  • Material
    1.7218
  • Designation
    25 CrMo 4
  • Manufacturing standard
    EN 10269
  • Test conditions
    AD-2000 W7 / W10
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 440
  • Tensile strength (RM in MPa) 600 750
  • Ultimate elongation (A5 in %) 18
  • Constriction of area (Z in %) 60
  • Notched bar impact work (KV in J) 60
Chemical values*
Designation by to
  • %C 0.22 0.29
  • %Si 0.4
  • %Mn 0.6 0.9
  • %P 0,025
  • %S 0,035
  • %Cr 0.9 1.2
  • %Mo 0.15 0.3
  • Material
    1.7711
  • Designation
    ASTM A 193 Grade B16
  • Manufacturing standard
    ASTM A 193
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 725
  • Tensile strength (RM in MPa) 860
  • Ultimate elongation (A5 in %) 18
  • Constriction of area (Z in %) 50
  • Hardness 321
Chemical values*
Designation by to
  • %C 0.36 0.47
  • %Si 0.15 0.35
  • %Mn 0.45 0.7
  • %P 0,035
  • %S 0.04
  • %Cr 0.8 1.15
  • %Mo 0.5 0.65
  • %V 0.25 0.35
  • %Al 0,015
  • Material
    1.7225
  • Designation
    ASTM A 193 Grade B7
  • Manufacturing standard
    ASTM A 193
  • Test conditions
    AD-2000 W7
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 720
  • Tensile strength (RM in MPa) 860
  • Ultimate elongation (A5 in %) 16
  • Constriction of area (Z in %) 50
  • Hardness 321
Chemical values*
Designation by to
  • %C 0.37 0.49
  • %Si 0.15 0.35
  • %Mn 0.65 1.1
  • %P 0,035
  • %S 0.04
  • %Cr 0.75 1.2
  • %Mo 0.15 0.25
  • Material
    1.4404
  • Designation
    ASTM A 193 Grade B8M
  • Manufacturing standard
    ASTM A 193
  • Test conditions
    AD-2000 W2
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 205
  • Tensile strength (RM in MPa) 515
  • Ultimate elongation (A5 in %) 30
  • Constriction of area (Z in %) 50
  • Hardness 223
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 16 18
  • %Mo 2 3
  • %Ni 10 14
  • Material
    1.4541
  • Designation
    ASTM A 193 Grade B8T
  • Manufacturing standard
    ASTM A 193
  • Test conditions
    AD-2000 W2 / W10
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 205
  • Tensile strength (RM in MPa) 515
  • Ultimate elongation (A5 in %) 30
  • Constriction of area (Z in %) 50
  • Hardness 223
Chemical values*
Designation by to
  • %C 0.08
  • %Si 1
  • %Mn 2
  • %P 0,045
  • %S 0.03
  • %Cr 17 19
  • %Ni 9 12
  • %Ti 0.7
  • Material
    1.4913
  • Designation
    X 19 CrMoVNbN 111
  • Manufacturing standard
    EN 10269
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 750
  • Tensile strength (RM in MPa) 900 1050
  • Ultimate elongation (A5 in %) 12
  • Constriction of area (Z in %) 40
  • Notched bar impact work (KV in J) 20
Chemical values*
Designation by to
  • %C 0.17 0.23
  • %Si 0.5
  • %Mn 0.4 0.9
  • %P 0,025
  • %S 0,015
  • %Cr 10 11.5
  • %Mo 0.5 0.8
  • %Ni 0.2 0.6
  • %V 0.1 0.3
  • %B 0,001
  • Material
    1.6580
  • Designation
    30 CrNiMo 8
  • Manufacturing standard
    EN 10083-1 / EN 10083-3
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 1050
  • Tensile strength (RM in MPa) 1250 1450
  • Ultimate elongation (A5 in %) 9
  • Constriction of area (Z in %) 40
  • Notched bar impact work (KV in J) 30
Chemical values*
Designation by to
  • %C 0.26 0.34
  • %Si 0.4
  • %Mn 0.3 0.6
  • %P 0,025
  • %S 0,035
  • %Cr 1.8 2.2
  • %Mo 0.3 0.5
  • %Ni 1.8 2.2
  • Material
    1.6582
  • Designation
    34 CrNiMo 6
  • Manufacturing standard
    EN 10083 / EN 10083-3
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 900
  • Tensile strength (RM in MPa) 1100 1300
  • Ultimate elongation (A5 in %) 10
  • Constriction of area (Z in %) 45
  • Notched bar impact work (KV in J) 45
Chemical values*
Designation by to
  • %C 0.3 0.38
  • %Si 0.4
  • %Mn 0.5 0.8
  • %P 0,025
  • %S 0,035
  • %Cr 1.3 1.7
  • %Mo 0.15 0.3
  • %Ni 1.3 1.7
  • Material
    1.7711
  • Designation
    40 CrMoV4-6
  • Manufacturing standard
    EN 10269
Mechanical values (at 20°)*
Designation by to
  • Yield strength (RP0,2 in MPa) 700
  • Tensile strength (RM in MPa) 850 1000
  • Ultimate elongation (A5 in %) 14
  • Constriction of area (Z in %) 45
  • Notched bar impact work (KV in J) 30
Chemical values*
Designation by to
  • %C 0.36 0.44
  • %Si 0.4
  • %Mn 0.45 0.85
  • %P 0,025
  • %S 0,035
  • %Cr 0.9 1.2
  • %Mo 0.5 0.65
  • %V 0.25 0.35
  • %Al 0,015
* We strive to keep this page up-to-date, yet unforeseen changes can occur at very short notice. Therefore, this data is not guaranteed.
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