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EN 10210 S460NH HOLLOW SECTIONS
- Commodity name: EN 10210 S460NH HOLLOW SECTIONS
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EN 10210-1 Specification is for Hot finished structural hollow sections of non-alloy and fine grain steels
EN 10210 standard has 3 parts, they are:
EN 10210 Part 1: Technical delivery conditions
EN 10210 Part 2: Tolerances, dimensions and sectional properties
EN 10201 Part 3: Technical delivery conditions for high strength and weather resistant steels
EN 10210-1 Hollow Section Mian Grades:
S355J0H, S355J2H, S355NH, S355NLH, S460NH, S460NLH.
EN 10210-1 Hollow Section Size:
Circular Hollow Section Dimensions: O.D 21.3-1420mm W.T 2.3-60mm
Square Hollow Section Dimensions: O.D 40*40mm-1200*1200mm W.T1.5-60mm
Rectangular Hollow Section Dimensions: O.D 50*30-1200*1000mm W.T 2.6--60mm
Application:
Steel structures, steel buildings, bridges, railway stations, airports, bus stations. stadiums.
EN 10210-1 Chemical Composition:
Table A.1 — Chemical composition — Cast analysis for product thickness≤120 mm
Steel grade
Type of deoxidationa
% by mass, maximum
C
Specified thickness (mm)
Si
Mn
P
S
N b c
Steel name
Steel number
£ 40
>40 £ 120
S235JRH
1.0039
FN
0,17
0,20
—
1,40
0,040
0,040
0,009
S275J0H
1.0149
FN
0,20
0,22
—
1,50
0,035
0,035
0,009
S275J2H
1.0138
FF
0,20
0,22
—
1,50
0,030
0,030
—
S355J0H
1.0547
FN
0,22
0,22
0,55
1,60
0,035
0,035
0,009
S355J2H
1.0576
FF
0,22
0,22
0,55
1,60
0,030
0,030
—
S355K2H
1.0512
FF
0,22
0,22
0,55
1,60
0,030
0,030
—
a The deoxidation methods are designated as follows: FN = Rimming steel not permitted
FF = Fully killed steel containing nitrogen binding elements in amounts sufficient to bind available nitrogen (e.g. min. 0,020 % total Al, or 0,015 % soluble Al).
b It is permissible to exceed the specified values provided that for each increase of 0,001 % N the P max. content is also reduced by 0,005 %. The N content of the cast analysis, however, shall not be more than 0,012 %.
c The maximum value for nitrogen does not apply if the chemical composition shows a minimum total Al content of 0,020 % with a minimum Al/N ratio of 2:1, or if sufficient other N-binding elements are present. The N-binding elements shall be recorded in the Inspection Document.
Table B.1 — Chemical composition — Cast analyses for product thickness ≤65 mm
Steel grade
Type of deoxidationa
Sub groupb
% by mass
Steel name
Steel number
C
max.
Si
max.
Mn
P
max.
S
max.
Nb max.
V
max.
Al total c
min.
Ti max.
Cr max.
Ni max.
Mo max.
Cud
max.
N max.
S275NH
1.0493
GF
QS
0,20
0,40
0,50
1,40
0,035
0,030
0,050
0,08
0,020
0,03
0,30
0,30
0,10
0,35
0,015
S275NLH
1.0497
0,030
0,025
S355NH
1.0539
GF
QS
0,20
0,50
0,90
1,65
0,035
0,030
0,050
0,12
0,020
0,03
0,30
0,50
0,10
0,35
0,020
S355NLH
1.0549
0,18
0,030
0,025
S420NH
1.8750
GF
SS
0,22
0,60
1,00
1,70
0,035
0,030
0,050
0,20
0,020
0,03
0,30
0,80
0,10
0,70
0,025
S420NLH
1.8751
0,030
0,025
S460NH
1.8953
GF
SS
0,22
0,60
1,00
1,70
0,035
0,030
0,050
0,20
0,020
0,03
0,30
0,80
0,10
0,70
0,025
S460NLH
1.8956
0,030
0,025
a The deoxidation method is designated as follows:
GF = fully killed steel containing nitrogen binding elements in amounts sufficient to bind the available nitrogen and having a fine grain structure.
b QS = quality steel. SS = special steel.
c If sufficient N-binding elements are present, the minimum total Al content does not apply.
d If the copper content is greater than 0,30 % then the nickel content shall be at least half of the copper content.
Table A.2 — Maximum carbon equivalent value (CEV) based on cast analysis a
Steel grade
Maximum CEV in % for specified thicknesses in mm
Steel name
Steel number
£ 16
> 16
£ 40
> 40
£ 65
> 65
£ 120
S235JRH
1.0039
0,37
0,39
0,41
0,44
S275J0H
1.0149
0,41
0,43
0,45
0,48
S275J2H
1.0138
0,41
0,43
0,45
0,48
S355J0H
1.0547
0,45
0,47
0,50
0,53
S355J2H
1.0576
0,45
0,47
0,50
0,53
S355K2H
1.0512
0,45
0,47
0,50
0,53
a See 6.5.2, Option 1.2.
Table B.2 — Maximum carbon equivalent value based on cast analysis
Steel grade
Maximum CEV for specified thicknesses
mm
Steel name
Steel number
£16
>16 £65
S275NH
S275NLH
1.0493
1.0497
0,40
0,40
S355NH
1.0539
0,43
0,45
S335NLH
1.0549
S420NH
1.8750
0,50
0,52
S420NLH
1.8751
S460NH
1.8953
0,53
0,55
S460NLH
1.8956
EN 10210-1 Mechanical Property:
Table A.3 — Mechanical properties of non-alloy structural steel hollow section
Steel grade
Min. yield strength
ReH MPa
Tensile strength
Rm MPa
Min. elongation
A a b %
Minimum impact
energy KV d J
Specified thickness
mm
Specified thickness
mm
Specified thickness
mm
At test temperature
of
Steel
name
Steel
number
£16
>16
£40
>40
£63
>63
£80
>80
£100
> 00
£120
£3
>3
£100
>100
£120
£ 40
>40
£63
>63
£100
>100
£120
-20°C
0°C
20°C
S235JRHc
1.0039
235
225
215
215
215
195
360-510
360-510
350-500
26
25
24
22
-
-
27
S275J0Hc
1.0149
275
265
255
245
235
225
430-580
410-560
400-540
23
22
21
19
-
27
-
S275J2H
1.0138
27
-
-
S355J0Hc
1.0547
355
345
335
325
315
295
510-680
470-630
450-600
22
21
20
18
-
27
-
S355J2H
1.0576
27
-
-
S355K2H
1.0512
40 e
-
-
a Longitudinal values. Transverse values are 2 % lower.
b For thicknesses < 3 mm, see 9.2.2.
c The impact properties are verified only when Option 1.3 is specified.
d For impact properties for reduced section test pieces see 6.6.2.
e This value corresponds to 27J at –30 °C (see EN 1993-1-1).
Table B.3 — Mechanical properties of fine grain structural steel hollow sections
Steel grade
Min. yield strength ReH
MPa
Tensile strength
Rm MPa
at specified
thickness
65 mm
Minimum elongation A
%
at specified thickness £ 65 mm
Minimum impact energy KVa J
Steel name
Steel number
Specified thickness
mm
At test temperature of
£ 16
> 16
£ 40
> 40
£ 65
Longitudinal
Transverse
-50 °C
-20°C
S275NH
1.0493
275
265
255
370–510
24
22
-
40 b
S275NLH
1.0497
27
-
S355NH
1.0539
355
345
335
470–630
22
20
-
40 b
S355NLH
1.0549
27
-
S420NH
1.8750
420
400
390
520—680
19
17
-
40 b
S420NLH
1.8751
27
-
S460NH
1.8953
460
440
430
540–720
17
15
-
40 b
S460NLH
1.8956
27
-
a For impact properties for reduced section test pieces, see 6.6.2.
b This value corresponds to 27J at –30 °C (see EN 1993-1-1).
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