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Tôles en acier carbone

Stockiste exportateur acier carbon inox
Stockiste exportateur acier carbon inox

Acier structurel résistant à la corrosion

PLATES OF STEELS ACCORDING TO EN 10025-5
DesignationMin. Yield Strength ReH [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J] – longitudinal
CEV max.
S235J0W235360–510240/270.44
S235J2W235360–51024-20/270.44
S355J0WP355470–630200/270.52
S355J2WP355470–63020-20/270.52
S355J0W355470–630200/270.52
S355J2W355470–63020-20/270.52
S355K2W355470–63020-20/400.52
EQUIVALENT DESIGNATION
EN 10025-5EN 10155SEW 087CAN/CSA – G40.21-M
S235J0WS235J0W
S235J2WS235J2WWTSt 37 - 3
S355J0WPS355J0WP
S355J2WPS355J2WP
S355J0WS355J0W
S355J2WS355J2G2WWTSt 52 - 3350AT
S355K2WS355K2G2W
PLATES OF STEELS ACCORDING TO ASTM
DesignationGradeMin. Yield Strength [MPa]Tensile Strength Rm [MPa]Min. Elongation 200/50
[%]
Min. Impact Energy KV 1)
[°C/J] – longitudinal
A588A345485 min.18/21*
A588B345485 min.18/21*
A588C345485 min.18/21*
A588K345485 min.18/21*

Acier carbone structurel

PLATES OF STEELS ACCORDING TO EN 10025-2
DesignationMin. Yield Strength ReH [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J]
S235JR(C)235360–51024+20/27
S235J0(C)235360–510240/27
S235J2(C)235360–51024-20/27
S275JR(C)275410–56021+20/27
S275J0(C)275410–560210/27
S275J2(C)275410–56021-20/27
S355JR(C)355470–63020+20/27
S355J0(C)355470–630200/27
S355J2(C)355470–63020-20/27
S355K2(C)355470–63020-20/40
EQUIVALENT DESIGNATION
EN 10025-2EN 10025+A1DIN 17100BS 4360NFA 35-501
S235JR(C)S235JRG2(C)RSt 37 - 240 BE 24 - 2
S235J0(C)S235J0(C)St 37 - 3U40 CE 24 - 3
S235J2(C)S235J2G4(C)St 37 - 3N40 DE 24 - 4
S275JR(C)S275JR(C)St 44 - 243 BE 28 - 2
S275J0(C)S275J0(C)St 44 - 3U43 CE 28 - 3
S275J2(C)S275J2G4(C)St 44 - 3N43 DE 28 - 4
S355JR(C)S355JR(C)50 BE 36 - 2
S355J0(C)S355J0(C)St 52 - 3U50 CE 36 - 3
S355J2(C)S355J2G4(C)St 52 - 3N50 D
S355K2(C)S355K2G4(C)50 DDE 36 - 4
PLATES OF FINE-GRAIN STEELS ACCORDING TO EN 10025-3
DesignationMin. Yield Strength ReH 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J] – longitudinal
S275N (NL)275370–51024-20/40 (-50/27)
S355N (NL)355470–63022-20/40 (-50/27)
S420N (NL)420520–68019-20/40 (-50/27)
S460N (NL)460550–72017-20/40 (-50/27)
EQUIVALENT DESIGNATION
EN 10025-3EN 10113-2DIN 17102
S275NS275NStE 285
S275NLS275NLTStE 285
S355NS355NStE 355
S355NLS355NLTStE 355
S420NS420NStE 420
S420NLS420NLTStE 420
S460NS460NStE 460
S460NLS460NLTStE 460
THERMOMECHANICAL ROLLED PLATES OF FINE-GRAIN STEELS ACCORDING TO EN 10025-4
DesignationMin. Yield Strength ReH 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J] – longitudinal
S275M (ML)275370–53024-20/40 (-50/27)
S355M (ML)355470–63022-20/40 (-50/27)
S420M (ML)420520–68019-20/40 (-50/27)
S460M (ML)460540–72017-20/40 (-50/27)
EQUIVALENT DESIGNATION
EN 10025-4EN 10113-3SEW 092
S275MS275M
S275MLS275ML
S355MS355MQStE 380 TM
S355MLS355ML
S420MS420MQStE 420 TM
S420MLS420ML
S460MS460MQStE 460 TM
S460MLS460ML
PLATES OF STEELS ACCORDING TO ASTM
DesignationGradeMin. Yield Strength [MPa]Tensile Strength Rm [MPa]Min. Elongation 200/50
[%]
Min. Impact Energy KV 1)
[°C/J] – longitudinal
A36250400–55020/23*
A283A165310–41527/30*
A283B185345–45025/28*
A283C205380–51522/25*
A283D230415–55020/23*
A52950 (345)345485–69018/21*
A52955 (380)380485–69017/20*
*Testing temperature and minimum impact energy on agreement
PLATES OF FINE-GRAIN STEELS ACCORDING TO ASTM
DesignationGradeMin. Yield Strength [MPa]Tensile Strength Rm [MPa]Min. Elongation 200/50
[%]
Min. Impact Energy KV 1)
[°C/J] – longitudinal
A572 (Type1,2,3)42 (290)290415 min.20/24*
A572 (Type1,2,3)50 (345)345450 min.18/21*
A572 (Type1,2,3)55 (380)380485 min.17/20*
A572 (Type1,2,3)60 (415)415520 min.16/18*
A 57358 (400)220400–49021/24*
A 57365 (450)240450–53020/23*
A 57370 (485)290485–62018/21*
A 633A290430–57018/23-60/20
A 633C345485–62018/23-60/20
A 633D345485–62018/23-60/20
A 633E415550–69018/23-60/20
*Testing temperature and minimum impact energy on agreement

Plates for offshore structures

NORMALIZED PLATES OF STEELS ACCORDING TO EN 10225
DesignationGroupMin. Yield Strength ReH [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV [°C/J]CEV
max.
Pcm max.
S355G2+N1355470–63022-20/50 0.43...
S355G3+N1355470–63022-40/50 0.43...
S355G7+N2355470–63022-40/50 0.430.24
S355G8+N3355470–63022-40/50 0.430.24
S355G9+N2355470–63022-40/50 0.430.22
S355G10+N3355470–63022-40/50 0.430.22
THERMOMECHANICAL ROLLED PLATES OF STEELS ACCORDING TO EN 10225
DesignationGroupMin. Yield Strength ReH [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV [°C/J]CEV max. Pcm max.
S355G5+M1355470–61022-20/50 0.43...
S355G6+M1355470–61022-40/50 0.43...
S355G7+M2355470–63022-40/50 0.430.24
S355G8+M3355470–63022-40/50 0.430.24
S355G9+M2355470–63022-40/50 0.410.21
S355G10+M3355470–63022-40/50 0.410.21
S420G1+M2420500–66019-40/60 0.420.22
S420G2+M3420500–66019-40/60 0.420.22
S460G1+M2460540–700 17-40/60 0.430.22
S460G2+M3460540–700 17-40/60 0.430.22

Tôles pour la construction navale

PLATES ACCORDING TO INDIVIDUAL SHIPPING COMPANIES
Steel GroupMin.
Yield Strength ReH [MPa]
Min.
Impact Energy KV [°C/J] – longitudinal
ABS – American Bureau of ShippingBV – Bureau VeritasGL – Germanischer LloydDNV – Det Norske Veritas
Normal Strength Steel Grades235-AAAA
Normal Strength Steel Grades2350/27BBBB
Normal Strength Steel Grades235-20/27DDDD
Normal Strength Steel Grades235-40/27EEEE
High Strength Steel Grades3150/31AH32AH32A32A32
High Strength Steel Grades315-20/31DH32DH32D32D32
High Strength Steel Grades315-40/31EH32EH32E32E32
High Strength Steel Grades3550/34AH36AH36A36A36
High Strength Steel Grades355-20/34DH36DH36D36D36
High Strength Steel Grades356-4034EH36EH36E36E36

PLATES ACCORDING TO ASTM A 131

DesignationGradeMin. Yield Strength [MPa]Tensile StrenghtMin. Elongation 200/50
[%]
Min. Impact Energy KV 1)
[°C/J] – longitudinal
A131A235400–52021/24+20/27
A131B235400–52021/240/27
A131D235400–52021/24-20/27
A131E235400–52021/24-40/27
A131AH 32315440–59019/220/31
A131DH 32315440–59019/22-20/31
A131EH 32315440–59019/22-40/31
A131AH 36355490–62019/220/34
A131DH 36355490–62019/22-20/34
A131EH 36355490–62019/22-40/34

Tôles trempées et revenues

QUENCHED AND TEMPERED PLATES OF 500 Q AND 690 Q STEEL GRADES
Quenched and tempered plates of 500 Q and 690 Q steel grades are supplied in the form suitable for steel structures (S500…, S690…)
as per EN 10025-6 or in the form suitable for pressure vessels (P500…, P690…) as per EN 10028-6.
Designation as per EN 10025-6: S500 Q, S500 QL, S500 QL1, S690 Q, S690 QL, S690 QL1.
Designation as per EN 10028-6: P500 Q, P500 QH, P500 QL1, P500 QL2, P690 Q, P690 QH, P690 QL1, P690 QL2.
MECHANICAL PROPERTIES AND CARBON EQUIVALENT
DesignationMin. Yield Strength ReH 1) [MPa]Min. Yield Strength Rp0.2 2) [MPa]Tensile Strength Rm 1) [MPa]Min. Elongation (L0=5.65√S0) [%]Min. Impact Energy KV 3)
[°C/J] – transverse
CEV max. 4)
S500 Q500590–77017-20/270.47
S500 QL500590–77017-40/270.47
S500 QL1500590–77017-60/270.47
P500 Q500590–77017-20/27
P500 QH500380590–77017-20/27
P500 QL1500380590–77017-40/27
P500 QL2500380590–77017-60/27
S690 Q690770–94014-20/270.65
S690 QL690770–94014-40/270.65
S690 QL1690770–94014-60/270.65
P690 Q690770–94014-20/27
P690 QH690570770–94014-20/27
P690 QL1690570770–94014-40/27
P690 QL2690570770–94014-60/27

Tôles pour appareils à pression

PLATES OF STEELS FOR SIMPLE PRESSURE VESSELS ACCORDING TO EN 10207
DesignationMin. Yield Strength ReH 1) [MPa]Min. Yield Strength Rp0.2 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J] – longitudinal
P235S235117360–48026-20/28
P265S265140410–53022-20/28
P275SL275132390–51024-50/28
PLATES OF STEELS ACCORDING TO EN 10028-2
DesignationMin. Yield Strength ReH 1) [MPa]Min. Yield Strength Rp0,2 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV 3)
[°C/J] – transverse
P235GH 4)235153360–48024-20/27
P265GH 4)265173410–53022-20/27
P295GH 4)295192460–58021-20/27
P355GH 4)355232510–65020-20/27
16Mo3275194440–59022+20/31
18MnMo4-5345285510–65020-20/27
15NiCuMoNb5-6-4460380610–78016-20/27
13CrMo4-5300216450–60019+20/31
13CrMoSi5-5310233510–690200/27
10CrMo9-10310236480–63018+20/31
12CrMo9-10355295540–69018-20/27
PLATES OF FINE-GRAIN STEELS ACCORDING TO EN 10028-3
DesignationMin. Yield Strength ReH 1) [MPa]Min. Yield Strength Rp0.2 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV 3)
[°C/J] – transverse
CEV max. 4)
P275NH275179390–51024-20/300.4
P275NL1275179390–51024-40/270.4
P275NL2275179390–51024-50/270.4
P355N355490–63022-20/300.43
P355NH355232490–63022-20/300.43
P355NL1355232490–63022-40/270.43
P355NL2355232490–63022-50/270.43
P460NH460300570–72017-20/300.53
P460NL1460300570–72017-40/270.53
P460NL2460300570–72017-50/270.53
EQUIVALENT DESIGNATION
EN 10028-3DIN 17102
P275NHWStE 285
P275NL1TStE 285
P275NL2EStE 285
P355NStE 355
P355NHWStE 355
P355NL1TStE 355
P355NL2EStE 355
P460NHWStE 460
P460NL1TStE 460
P460NL2EStE 460
THERMOMECHANICAL ROLLED PLATES OF FINE-GRAIN STEELS ACCORDING TO EN 10028-5
DesignationMin. Yield Strength ReH [MPa]Tensile Strength Rm [MPa]Min. Elongation (L0 = 5.65√S0) [%]Min. Impact Energy KV
[°C/J] – transverse
CEV max.
P355M355450–61022-20/270.39
P355ML1355450–61022-40/270.39
P355ML2355450–61022-50/270.39
P420M420500–66019-20/270.43
P420ML1420500–66019-40/270.43
P420ML2420500–66019-50/270.43
P460M460530–72017-20/270.45
P460ML1460530–72017-40/270.45
P460ML2460530–72017-50/270.45
PLATES OF STEELS ACCORDING TO ASTM/ASME
DesignationGradeMin. Yield Strength [MPa]Tensile Strength Rm [MPa]Min. Elongation 200/50
[%]
Colonne1Max. Thickness [mm]
A255450–58519/23180
A/SA 204B275485–62017/21180
C295515–65516/20180
A165310–45027/30150
A/SA 285B185345–48525/28150
C205380–51523/27150
2310485–62018/22180
11310515–69018/22180
A/SA 38712275450–58519/22180
22310515–690–/18180
A/SA 455260515–65515/22120
60 (415)220415–55021/25180
A/SA 51565 (450)240450–58519/23180
70 (485)260485–62017/21180
PLATES OF FINE-GRAIN STEELS ACCORDING TO ASTM/ASME
DesignationGradeMin. Yield Strength [MPa]Tensile Strength Rm [MPa]Min. Elongation 200/50
[%]
Min. Impact Energy KV
[°C/J] – longitudinal
Dimension Table No.Max. Thickness [mm]
A/SA 299A290515-61516/19-7/20180
A/SA 299B325550–69016/19-7/20280
A/SA302A310515–65515/19*180
A/SA302B345550–69015/18*280
A/SA302C345550–69017/20*280
A/SA302D345550–69017/20*280
A/SA 51655 (380)205380–51523/27-51/18180
A/SA 51660 (415)220415–55021/25-51/18180
A/SA 51665 (450)240450–58519/23-51/18180
A/SA 51670 (485)260485–62017/21-46/20180
A/SA 537 Class1345485–62018/22-62/20180
A/SA 612345570–72516/22-46/27225
A/SA 662A275400–54020/23-60/18150
A/SA 662B275450–58520/23-51/18150
A/SA 662C295485–62018/22-46/20150
A/SA 737B345485–62018/23*180
A/SA 737C415550–69018/23*280
* Testing temperature and minimum impact energy on agreement

 Tôles laminées thermo-mécaniquement pour tubes soudés

PLATES FOR PIPES ACCORDING TO API 5L   AND EN 10208-2
Grade acc. API-5LDesignation acc. EN 10208-2Yield Strength Rt0,5 (Rt0,2) 2) [MPa]Tensile Strength Rm [MPa]Min. Elongation
[%]
CEV max.
BL245MB245 - 440415 - 760220.4
X42L290MB290 - 440415 - 760210.4
X46320 - 525435 - 760200.41
X52L360MB360 - 510460 - 760200.41
X56390 - 545490 - 760180.42
X60L415MB415 - 565520 - 760180.42
X65L450MB450 - 570535 - 760180.43
X70L485MB485 - 605570 - 760180.43
PLATES FOR PIPES ACCORDING TO API 5L   AND EN 10208-2
Grade acc. API-5LDesignation acc. EN 10208-2Yield Strength Rt0,5 (Rt0,2) [MPa]Tensile Strength Rm [MPa]Min. Elongation
[%]
CEV max.
BL245MB245 - 440415 - 760220.4
X42L290MB290 - 440415 - 760210.4
X46320 - 525435 - 760200.41
X52L360MB360 - 510460 - 760200.41
X60L415MB415 - 565520 - 760180.42
X65L450MB450 - 570535 - 760180.43