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List of certified steel of EN 10025+A1; the certification made by the Technical Inspection Body TUV Nord e.V. according to National Standards of European Inion states (Ilyich Iron and Steel Works). |
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Technical characteristics of plates of 8-30 mm thickness made of structural carbon steel according to European Standard EN 10025 +A1 (DIN 17100) (Ilyich Iron and Steel Works). |
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Technical characteristics of certified boiler and shipbuilding steel of 8-30 mm thickness (Ilyich Iron and Steel Works). |
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Table #2. Basic chemical composition of the steel smelted by the Ilyich Works and used for production of the rolled stock. |
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List of certified steel of EN 10025+A1; the certification made by the Technical Inspection Body TUV Nord e.V. according to National Standards of European Inion states (Ilyich Iron and Steel Works) |
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European Standard EN 10025+A1 (1993)
|
EN
10025:1990
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Germany
DIN 17100
|
France
NF A35-501
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England BS 4360
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Spain
36080-90 UNE
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Italy
EN10025 UNJ
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Belgium EN10025 NBN
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Sweden XXXX-XX SS
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Portugal EN 10025
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Austria EN10025 ONORM
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Norway
XX XXX NS
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Grade of steel
|
Number material
|
|
S235JRG2
S235JO
S235J2G3
S235J2G3
|
1.0038
1.0114
1.0116
1.0117
|
Fe 360 BFN
Fe 360 C
Fe 360 D1
Fe 360
D2
|
RSt 37-2
St 37-3 U
St 37-3 N
|
E 24-3
E 24-4
|
40 B
40 C
40 D
|
AE 235B-FN
AE 235 C
AE 235 D
|
Fe 360 C
Fe 360 D
|
AE 235-C
AE 235-D
|
t312-00
|
Fe 360-C
Fe 360-D
|
RSt 360 B
St 360 C
St 360 CE
St 360
D
|
NS 12 123
NS 12 124
NS 12 124
|
|
S275JR
S275JO
S275J2G3
S275J2G4
|
1.0044
1.0143
1.0144
1.0145
|
Fe 430 B
Fe 430 C
Fe 430 D1
Fe 430
D2
|
St 44-2
St 44-3 U
St 44-3 N
|
E 28-2
E 28-3
E 28-4
|
43 B
43 C
43 D
|
AE 275 B
AE 275 C
AE 275 D
|
Fe 430 B
Fe 430 C
Fe 430 D
|
AE 255-B
AE 255-C
AE 255-D
|
14 12-00
14 14-00
14 14-01
|
Fe 430-B
Fe 430-C
Fe 430-D
|
St 430 B
St 430 C
St 430 CE
St 430
D
|
NS 12 142
NS 12 143
NS 12 143
|
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S355JR
S355JO
S355J2G3
S355J2G4
S355K2G3
|
1.0045
1.0553
1.0570
1.0577
1.0595
|
Fe 510 B
Fe 510 C
Fe 510 D1
Fe 510 D2
Fe 510
DD1
|
St 52-3 U
St 52-3 N
|
E 36-2
E 36-3
E 36-4
|
50 B
50 C
50 D
50 DD
|
AE 355 B
AE 355 C
AE 355 D
|
Fe 510-B
Fe 510-C
Fe 510-D
|
AE 355-B
AE 355-C
AE 355-D
AE
355-DD
|
|
Fe 510-B
Fe 510-C
Fe 510-D
Fe
510-DD
|
St 510 C
St 510 D
|
NS 12 153
NS 12
153
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Technical characteristics of plates of 8-30 mm thickness made of structural carbon steel according to European Standard EN 10025 +A1 (DIN 17100) (Ilyich Iron and Steel Works). |
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| Standard number |
EN 10025+A1
DIN
17100 |
Grade of steel EN 10025
DIN 17100 |
S235JRG2
RSt37-2 |
S235JO |
S235J2G3
St37-3 |
S235J2G4 |
S275JR
St44-2 |
S275JO |
S275J2G3
St44-3 |
S275J2G4 |
S355JR |
S355JO |
S355J2G3
St52-3 |
S355J2G4 |
S355K2G3 |
| Name of elements |
Chemical composition of steel
Element mass share, % |
C
Mn
Si
P
S
Al (general)
N |
<=0,17
<=1,40
-
<=0,045
<=0,045
-
<=0,009 |
<=0,17
<=1,40
-
<=0,040
<=0,040
-
<=0,009 |
<=0,17
<=1,40
-
<=0,035
<=0,035
>=0,020
- |
<=0,17
<=1,40
-
<=0,035
<=0,035
>=0,020
- |
<=0,21
<=1,50
-
<=0,045
<=0,045
-
<=0,009 |
<=0,18
<=1,50
-
<=0,040
<=0,040
-
<=0,009 |
<=0,18
<=1,50
-
<=0,035
<=0,035
>=0,020
- |
<=0,18
<=1,50
-
<=0,035
<=0,035
>=0,020
- |
<=0,24
<=1,60
<=0,55
<=0,045
<=0,045
-
- |
<=0,20
<=1,60
<=0,55
<=0,040
<=0,040
-
- |
<=0,20
<=1,60
<=0,55
<=0,035
<=0,035
>=0,035
- |
<=0,20
<=1,60
<=0,55
<=0,035
<=0,035
>=0,020
- |
<=0,20
<=1,60
<=0,55
<=0,035
<=0,035
>=0,020
- |
| C equivalent |
<=0,35 |
<=0,40 |
<=0,45 |
| Name of characteristics |
Mechanical properties
Values of characteristics |
Yield point
R eN ,
N/mm2
S
<= 16
mm
S > 16 mm |
>=235
>=225 |
>=275
>=265 |
>=355
>=345 |
| Tensile strength Rm,
N/mm2 |
340-470 |
410-560 |
490-630 |
Elongation at rupture
A, % (Lo=5,65 So
)
longitudinal
transverse |
>=26
>=24 |
>=22
>=20 |
>=21
>=19 |
Impact work KV
(according to Sharpy),
J
+20oC
0oC
-20oC
|
>=27
-
- |
-
>=27
- |
-
-
>=27 |
-
-
>=27 |
>=27
-
- |
-
>=27
- |
-
-
>=27 |
-
-
>=27 |
>=27
-
- |
-
>=27
- |
-
-
>=27 |
-
-
>=27 |
-
-
>=40 |
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Technical characteristics of certified boiler and shipbuilding steel of 8-30 mm thickness (Ilyich Iron and Steel Works). |
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|
Kind of product |
Boiler (heat resistant) steel |
Shipbuilding steel |
|
Standard number |
EN 10028-2 (DIN 17155) |
Lloyd's Register (UK), ABS (USA), requirements |
|
Grade of steel |
P235GH
(H l )
|
P265GH
(H l l )
|
P295GH
(17Mn4)
|
P355GH
(19Mn6)
|
A |
B |
D |
AH32 |
DH32 |
AH36 |
DH36 |
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Chemical composition of steel |
|
Name of elements |
Element mass share, % |
Mn
Si
P
S
Al (general)
A (dissolved)
Cr
Cu
Ni
Mo
Ti
V
Nb |
<=0,16
0,40-1,20
<=0,35
<=0,030
<=0,025
>=0,020
-
<=0,30
<=0,30
<=0,30
<=0,08
<=0,03
<=0,02
<=0,010 |
<=0,20
0,50-1,40
<=0,40
<=0,030
<=0,025
>=0,020
-
<=0,30
<=0,30
<=0,30
<=0,08
<=0,03
<=0,02
<=0,010 |
0,08-0,20
0,90-1,50
<=0,40
<=0,030
<=0,025
>=0,020
-
<=0,30
<=0,30
<=0,30
<=0,08
<=0,03
<=0,02
<=0,010 |
0,10-0,22
1,0-1,70
<=0,60
<=0,030
<=0,025
>=0,020
-
<=0,30
<=0,30
<=0,30
<=0,08
<=0,03
<=0,02
<=0,010 |
<=0,21
>=2,5xCmin
<=0,50
<=0,035
<=0,035
-
-
-
-
-
-
-
-
- |
<=0,21
<=0,60
0,10-0,35
<=0,035
<=0,035
-
-
-
-
-
-
-
-
- |
<=0,18
<=0,60
0,10-0,35
<=0,035
<=0,035
>=0,020
>=0,015
-
-
-
-
-
-
- |
<=0,18
0,9-1,6
0,10-0,50
<=0,035
<=0,030
>=0,020
>=0,015
<=0,20
<=0,35
<=0,40
<=0,08
<=0,02
(0,05-0,10)
*
(0,02-0,05)
*
|
<=0,18
0,9-1,6
0,10-0,50
<=0,035
<=0,030
>=0,020
>=0,015
<=0,20
<=0,35
<=0,40
<=0,08
<=0,02
(0,05-0,10)
*
(0,02-0,05)
*
|
<=0,18
0,9-1,6
0,10-0,50
<=0,035
<=0,030
>=0,020
>=0,015
<=0,20
<=0,35
<=0,40
<=0,08
<=0,02
(0,05-0,10)
*
(0,02-0,05)
*
|
<=0,18
0,9-1,6
0,10-0,50
<=0,035
<=0,030
>=0,020
>=0,015
<=0,20
<=0,35
<=0,40
<=0,08
<=0,02
(0,05-0,10)
*
(0,02-0,05)
*
|
|
C equivalent |
|
<=0,40 |
<=0,40 |
<=0,40 |
To be approved |
|
Mechanical properties |
|
Name of characteristics |
Values of characteristics |
ReN, N/mm2
S<=16 mm
S>16 mm2 |
>=235
>=225 |
>=265
>=255 |
>=295
>=290 |
>=355
>=345 |
>=235 |
>= 315 |
>= 355 |
|
Rm, N/mm2 |
360-480 |
410-530 |
460-580 |
510-650 |
440-490 ( 400-520)** |
440-590 |
490-620 |
|
A, %
(Lo=5,65(So)
?
) |
>=25 |
>=23 |
>=22 |
>=21 |
>=22 |
>=22 |
>=21 |
|
Impact work (according to Sharpy), J |
at 0o C |
|
0oC
|
-20oC
|
0oC
|
-20oC
|
0oC
|
-20oC
|
|
>= 27 |
>= 27 |
>= 27 |
>= 27 |
- |
>= 27 |
>= 27 |
>= 34 |
>= 34 |
>= 34 |
>= 34 |
Re 0,2% ,
N/mm2
+300oC
+400oC
|
>= 130
>= 110 |
>= 155
>= 130 |
>= 185
>= 155 |
>= 215
>= 180 |
-
- |
-
- |
-
- |
-
- |
-
- |
-
- |
-
- |
|
|
| |
* To be approved
** ABS (USA) requirements
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Table #2. Basic chemical composition of the steel smelted by the Ilyich Works and used for production of the rolled stock (Ilyich Iron and Steel Works). |
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Grade of steel
|
Content of elements, %
|
|
C
|
Mn
|
Si
|
Cr
|
Ni
|
Cu
|
Al
|
S
|
P
|
|
not more than
|
|
Carbon steel of common quality - GOST 380
|
St1kp
Ct1ps
Ct1sp
St2kp
St2ps
St2sp
St3kp
St3ps
St3sp |
0,06-0,12
0,06-0,12
0,06-0,12
0,09-0,15
0,09-0,15
0,09-0,15
0,14-0,22
0,14-0,22
0,14-0,22 |
0,25-0,50
0,25-0,50
0,25-0,50
0,25-0,70
0,25-0,70
0,25-0,70
0,30-0,80
0,40-0,85
0,40-0,85 |
<=0,05
0,05-0,15
0,15-0,30
<=0,05
0,05-0,15
0,15-0,30
<=0,05
0,05-0,15
0,15-0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
-
-
-
-
-
-
-
-
- |
0,050
0,050
0,050
0,050
0,050
0,050
0,050
0,050
0,050 |
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040 |
|
Carbon steel of common quality - GOST 380
|
St3Gps
St3Gsp
St4sp
St5ps
St5sp |
0,14-0,22
0,14-0,20
0,18-0,27
0,28-0,37
0,28-0,37 |
0,80-1,10
0,80-1,10
0,40-0,70
0,50-1,00
0,50-1,00 |
<=0,15
0,15-0,30
0,15-0,30
0,05-0,15
0,15-0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
-
-
-
-
- |
0,050
0,050
0,050
0,050
0,050 |
0,040
0,040
0,040
0,040
0,040 |
|
Structural high-grade carbon steel - GOST 1050
|
08kp
08p
08
10kp
10ps
10
15kp
15ps
15 |
0,05-0,12
0,05-0,11
0,05-0,12
0,07-0,14
0,07-0,14
0,07-0,14
0,12-0,19
0,12-0,19
0,12-0,19 |
0,25-0,50
0,35-0,65
0,35-0,65
0,25-0,50
0,35-0,65
0,35-0,65
0,25-0,50
0,35-0,65
0,35-0,65 |
<=0,03
0,05-0,17
0,17-0,37
<=0,07
0,05-0,17
0,17-0,37
<=0,07
0,05-0,17
0,17-0,37 |
<=0,10
<=0,10
<=0,10
<=0,15
<=0,15
<=0,15
<=0,25
<=0,25
<=0,25 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
-
-
-
-
-
-
-
-
- |
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040 |
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035 |
|
Structural high-grade carbon steel - GOST 1050
|
20kp
20ps
20
25
30
40
45 |
0,17-0,24
0,17-0,24
0,17-0,24
0,22-0,30
0,27-0,35
0,37-0,45
0,42-0,50 |
0,25-0,50
0,35-0,65
0,35-0,65
0,50-0,80
0,50-0,80
0,50-0,80
0,50-0,80 |
<=0,07
0,05-0,17
0,17-0,37
0,17-0,37
0,17-0,37
0,17-0,37
0,17-0,37 |
<=0,25
<=0,25
<=0,25
<=0,25
<=0,25
<=0,25
<=0,25 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30 |
-
-
-
-
-
-
- |
0,040
0,040
0,040
0,040
0,040
0,040
0,040 |
0,035
0,035
0,035
0,035
0,035
0,035
0,035 |
|
Low carbon high-grade steel for cold stamping - GOST 9045
|
08U
08kp
08ps |
<=0,07
<=0,10
<=0,09 |
0,20-0,35
0,20-0,40
0,20-0,45 |
<=0,01
<=0,03
<=0,04 |
<=0,03
<=0,10
<=0,10 |
<=0,06
<=0,10
<=0,10 |
<=0,06
<=0,15
<=0,15 |
0,02-0,07
-
- |
0,025
0,030
0,030 |
0,020
0,025
0,025 |
|
Structural high-grade carbon steel for cold stamping - GOST 4041
|
|
08UA |
<=0,10 |
0,20-0,40 |
<=0,03 |
<=0,10 |
<=0,15 |
<=0,20 |
0,02-0,08 |
0,025 |
0,020 |
|
Low alloyed steel - GOST 19281
|
9G2S
09G2
09G2D
12GS
16GS
17GS
17G1S
14G2
10G2S1
10G2S1D
10XSND |
<=0,12
<=0,12
<=0,12
0,09-0,15
0,12-0,18
0,14-0,20
0,15-0,20
0,12-0,18
<=0,12
<=0,12
<=0,12 |
1,3-1,7
1,4-1,8
1,4-1,8
0,8-1,2
0,9-1,2
1,0-1,4
1,15-1,6
1,2-1,6
1,3-1,65
1,3-1,65
0,5-0,8 |
0,5-0,8
0,17-0,37
0,17-0,37
0,5-0,8
0,4-0,7
0,4-0,6
0,4-0,6
0,17-0,37
0,8-1,1
0,8-1,1
0,8-1,1 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
0,6-0,9 |
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
0,5-0,8 |
<=0,30
<=0,30
0,15-0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
<=0,30
0,15-0,30
0,4-0,6 |
<=0,05
-
-
-
-
-
-
-
-
-
- |
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040
0,040 |
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035
0,035 |
|
Steel for shipbuilding - GOST 5521
|
A
V
A32
D32
A36
D36 |
<=0,21
<=0,21
<=0,21
<=0,18
<=0,18
<=0,18
<=0,18 |
0,6-1,0
0,6-1,1
0,6-1,4
0,9-1,6
0,9-1,6
0,9-1,6
0,9-1,6 |
0,15-0,35
0,15-0,35
0,15-0,35
0,15-0,50
0,15-0,50
0,15-0,50
0,15-0,50 |
<=0,30
<=0,30
<=0,30
<=0,20
<=0,20
<=0,20
<=0,20 |
<=0,30
<=0,30
<=0,30
<=0,40
<=0,40
<=0,40
<=0,40 |
<=0,30
<=0,30
<=0,30
<=0,35
<=0,35
<=0,35
<=0,35 |
-
<=0,06
0,015-0,06
0,015-0,06
0,015-0,06
<=0,06
0,015-0,06 |
0,035
0,035
0,035
0,035
0,035
0,035
0,035 |
0,035
0,035
0,035
0,035
0,035
0,035
0,035 |
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Note:
Grades of steel for pipes and their chemical composition are given in table here.
Works produces steels according to foreign standards for rolling products (see tables. here and here) |
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