HRC Carbon Steel S235JR,S275JR,S275JR,S355JR

HRC Carbon Steel S235JR,S275JR,S275JR,S355JR

HRC Carbon Steel S235JR,S275JR,S275JR,S355JR

Commodity: hot rolled coil,hot rolling coil,hot rolled steel coil,HRC
1. Material Grade:  S235JR,S275JR,S275JR,S355JR , S235J0, S355J0,
2. Thickness: from 1mm to 25mm
3. Technique: Hot rolled
4. Width: 600-2000mm
5. Length:coil
6. coil I.D. 510-750 m
7. Edge: Mill Edg

8. Package: 10-30tons in a bundle,fixed with steel strips.
9. Application: Raw material for steel pipe and cold rolled steel coil, Construction
10. Delivery: 30-45days(
11. Payment: T/T or  L/C
12. MOQ: 100MT for width 1200mm, 1219mm, 1250mm and 1500mm.
1000MT for per special width
13..Executive Standards: Hot-rolled Carbon and Low-alloy Structural Steel Strips, EN10025

STANDARD AND MATERIAL of hot rolled steel coils
COUNTRY STANDARD GRADE YIELDING POINT (MPA)
CHINA GB 700
GB/T 1591
GB 713
GB 6654
Q235A/B
Q295/Q345
20G
16MNR
MIN 235 MPA
MIN 295/345 MPA
MIN 225~245 MPA
MIN 305~345 MPA
AMERICA ASTM A36
ASTM A283
ASTM A516
A36
GR C/GR D
GR 55/GR 70
MIN 245 MPA
MIN 205/230 MPA
MIN 205/260 MPA
JAPAN JIS G3101
JIS G3106
SS400
SM490
MIN 245 MPA
MIN 350 MPA
GERMANY DIN17100 ST37-2/ST52-3 MIN 235/335 MPA
E.U. EN10025 S235JR/S355JR MIN 235/355 MPA

The tables below show the chemical composition of grade S235JR :

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S235JR
0,17
0,17
0,20
1,40
0.040
0,040
0,012
0,55
0,35
0,35
0,38

The tables below show the mechanical properties of grade S235JR :

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S235JR
235
225
215
195
360-510
350-500
26
25
24
22
+20
27

The tables below show the chemical composition of grade S235J0 :

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S235J0
0,17
0,17
0,17
1,40
0.035
0,035
0,012
0,55
0,35
0,35
0,38

The tables below show the mechanical properties of grade S235J0:

Minimum yield strength
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S235J0
235
225
215
195
360-510
350-500
26
25
24
22
0
27

The table below show the chemical composition of grade S235J2

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S235J2
0,17
0,17
0,17
1,40
0,030
0,030
0,55
0,35
0,35
0,38

The table below show the mechanical properties of grade S235J2

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S235J2
235
225
215
195
360-510
350-500
26
25
24
22
-20
27

The table below show the chemical composition of grade S355JR

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S355JR
0,24
0,24
0,24
1,60
0,55
0,040
0,040
0,012
0,55
0,45
0,47
0,47

The table below show the mechanical properties of grade S355JR

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S355JR
355
345
335
325
315
295
470-630
450-600
22
21
20
18
+20
27

The table below show the chemical composition of grade S355J0

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S355J0 0,20 0,20 0,22 1,60 0,55 0,035 0,035 0,012 0,55 0,45 0,47 0,47

The table below show the mechanical properties of grade S355J0

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S355J0
355
345
335
325
315
295
470-630
450-600
22
21
20
18
0
27

The table below show the chemical composition of grade S355J2

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S355J2
0,20
0,20
0,22
1,60
0,55
0,030
0,030
0,55
0,45
0,47
0,47

The table below show the mechanical properties of grade S355J2

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S355J2
355
345
335
325 315
295
470-630
450-600
22
21
20
18
-20
27

The table below show the chemical composition of grade S235J2

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S275JR
0,21
0,21
0,22
1,50
0,040
0,040
0,012
0,55
0,40
0,40
0,42

The table below show the mechanical properties of grade S275JR

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S275JR
275
265
255
245 235
225
410-560
400-540
23
22
21
19
+20
27

The table below show the chemical composition of grade S275J0

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S275J0
0,18
0,18
0,18
1,50
0,035
0,035
0,012
0,55
0,40
0,40
0,42

The table below show the mechanical properties of grade S275J0

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S275J0
275
265
255
245
235
225
410-560
400-540
23
22
21
19
0
27

The table below show the chemical composition of grade S275J2

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S275J2
0,18
0,18
0,18
1,50
0,030
0,030
0,55
0,40
0,40
0,42

The table below show the mechanical properties of grade S275J2

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S275J2
275
265
255
245
235
225
410-560
400-540
23
22
21
19
-20
27

The table below show the chemical composition of grade S355K2

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S355K2
0,20
0,20
0,22
1,60
0,55
0,030
0,030
0,55
0,45
0,47
0,47

The table below show the mechanical properties of grade S355K2

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S355K2
355
345
335
325
315
295
470-630
450-600
22
21
20
18
-20
40

The table below show the chemical composition of grade S450J0

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
S450J0
0,20
0,20
0,22
1,70
0,55
0,035
0,035
0,025
0,55
0,47
0,49
0,49

The table below show the mechanical properties of grade S450J0

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
S450J0
450
430
410
390
380
380
550-720
530-700
17
0
27

The table below show the chemical composition of grade E295

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
E295
0,045
0,045
0,012

The table below show the mechanical properties of grade E295

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
E295
295
285
275
265
255
245
470-610
450-610
20
19
18
16

The table below show the chemical composition of grade E335

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
E335
0,045
0,045
0,012

The table below show the mechanical properties of grade E335

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
E335
335
325
315
305
295
275
570-710
550-710
16
15
14
12

The table below show the chemical composition of grade E360

Ladle analysis
Steel grade
C
max.
%
Mn
max.
%
Si
max.
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
Nominal thickness
mm
Nominal thickness
mm
≤16
>16
≤40
>40
≤30
>30
≤40
>40
≤125
E360
0,045
0,045
0,012

The table below show the mechanical properties of grade E360

Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation – A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade
Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature
Min. absorbed energy
≤16
>16
≤40
>40
≤63
>63
≤80
>80
≤100
>100
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C
J
E360
360
355
345
335
325
305
670-830
650-830
11
10
9
8

HRC Workshop View:

HRC Carbon Steel S235JR,S275JR,S275JR,S355JR

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