E30 - Steels with galfan zinc-aluminium coating
The excellent corrosion resistance of this product makes it ideal for applications such as doors and garages, HVAC equipment, washing machine casings etc. One example is the structure for this greenhouse.
Last update: 2019-06-14
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Available grades:
Steels for cold forming and deep drawing applications
Structural steels
High strength interstitial free steels
High Strength Low Alloy steels
Properties
Galfan is a flat carbon steel product coated on both sides with a zinc-aluminium alloy. The coating is composed of 95% zinc and 5% aluminium and is applied by means of a continuous hot dip galvanising process. Galfan is available in a very wide range of steel grades: steels for cold forming and deep drawing applications, structural steels and High Strength Low Alloy steels.
Advantages
Because of the nature and the particular structure of its coating, galfan is characterised by very good ductility and excellent forming performance. It is therefore recommended for parts requiring severe deep drawing.
The presence of aluminium in the coating makes the corrosion resistance of galfan significantly higher than that of standard hot dip galvanised steel of equivalent thickness. Galfan offers excellent edge corrosion resistance.
Applications
Galfan is used in numerous industrial applications, such as:
Construction: structural or trim members, metallic ceilings, partitions and partition panels, doors, guttering, metallic door frames, swimming pools, road signs, greenhouses etc
Domestic appliances: casings of washing machines, tumble dryers, refrigerators etc
Miscellaneous: HVAC equipment, electrical cabinets, tanks, gas pumps, raceways, electric motor casings etc
Recommendations for use
Storage
Galfan is supplied passivated and/or oiled to temporarily limit any risk of white rust formation. During transport and storage, all necessary precautions must be taken to keep the material dry and to prevent the formation of condensation. Improved rust prevention can be obtained by the application of Easyfilm® (please see data sheet E80 for the specific properties of Easyfilm® ).
Forming and joining
The forming and joining techniques currently used for uncoated steel sheets are also suitable for galvanised steel. The coating thickness must therefore be compatible with both the desired degree of corrosion protection and the requirements of the forming and welding processes envisaged. Forming performance will be improved if galfan is coated with an Easyfilm® thin organic coating.
Painting
The organic paintability of galfan is very good both before forming (coil coating) and after forming (post-coating). Degreasing and a suitable surface treatment are necessary before painting when the material is supplied oiled. Galfan supplied with an Easyfilm® thin organic coating can be painted directly without any surface treatment. However, the paint used must be compatible with the Easyfilm® resin.
Weldability
In electrical resistance welding, the welding current must be suitably regulated and regularly adjusted. Electrode life can be extended by regularly stepping up the welding current and periodically dressing (machining) the electrodes.
Coating weight and typical thickness
Galfan
Coating weight - double sided (g/m²)
Coating thickness (µm per side)
ZA95
95
7.0
ZA130
130
10.0
ZA185
185
14.0
ZA200
200
15.0
ZA255
255
20
ZA300
300
23.0
Brand correspondence
Steels for cold forming and deep drawing applications
Full table
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
EN 10346:2015
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
DX51D +ZA EN 10346
DX51D+ZA
FC
CS
SZ AC C
DX51D+ZA
DX51D+ZA
DX51D+ZA
DC51D+ZA
DX52D +ZA EN 10346
DX52D+ZA
FE
FS
SZ AC D1
DX52D+ZA
DX52D+ZA
DX52D+ZA
DC52D+ZA/Solstamp® 03
DX53D +ZA EN 10346
DX53D+ZA
FES
DDS
SZ AC D2
DX53D+ZA
DX53D+ZA
DX53D+ZA
DX54D +ZA EN 10346
DX54D+ZA
FEX
EDDS
SZ AC D3
DX54D+ZA
DX54D+ZA
DX54D+ZA
Solstamp® 04
DX56D +ZA EN 10346
DX56D+ZA
DX56D+ZA
DX56D+ZA
Solstamp® 05
DX51D +ZA EN 10346
DX51D +ZA EN 10346
EN 10214:1995
DX51D+ZA
NFA 36-323
FC
ASTM A875
CS
JIS 3317
SZ AC C
EN 10346:2009
DX51D+ZA
EN 10346:2015
DX51D+ZA
EN 10327:2004
DX51D+ZA
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
DC51D+ZA
DX52D +ZA EN 10346
DX52D +ZA EN 10346
EN 10214:1995
DX52D+ZA
NFA 36-323
FE
ASTM A875
FS
JIS 3317
SZ AC D1
EN 10346:2009
DX52D+ZA
EN 10346:2015
DX52D+ZA
EN 10327:2004
DX52D+ZA
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
DC52D+ZA/Solstamp® 03
DX53D +ZA EN 10346
DX53D +ZA EN 10346
EN 10214:1995
DX53D+ZA
NFA 36-323
FES
ASTM A875
DDS
JIS 3317
SZ AC D2
EN 10346:2009
DX53D+ZA
EN 10346:2015
DX53D+ZA
EN 10327:2004
DX53D+ZA
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
DX54D +ZA EN 10346
DX54D +ZA EN 10346
EN 10214:1995
DX54D+ZA
NFA 36-323
FEX
ASTM A875
EDDS
JIS 3317
SZ AC D3
EN 10346:2009
DX54D+ZA
EN 10346:2015
DX54D+ZA
EN 10327:2004
DX54D+ZA
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
Solstamp® 04
DX56D +ZA EN 10346
DX56D +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
DX56D+ZA
EN 10346:2015
DX56D+ZA
EN 10327:2004
DX56D+ZA
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
Solstamp® 05
Prev grade
Next grade
Structural steels
Full table
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
EN 10346:2015
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
S220GD +ZA EN 10346
S220GD+ZA
SS Grade 33
S220GD+ZA
S220GD+ZA
S220GD+ZA
C220
SC220GD+ZA
S250GD +ZA EN 10346
S250GD+ZA
SS Grade 37
SZ AC 340
S250GD+ZA
S250GD+ZA
S250GD+ZA
C250
SC250GD+ZA
S280GD +ZA EN 10346
S280GD+ZA
SS Grade 40
SZ AC 400
S280GD+ZA
S280GD+ZA
S280GD+ZA
C280
SC280GD+ZA
S320GD +ZA EN 10346
S320GD+ZA
SZ AC 440
S320GD+ZA
S320GD+ZA
S320GD+ZA
C320
S350GD +ZA EN 10346
S350GD+ZA
SS Grade 50
SZ AC 490
S350GD+ZA
S350GD+ZA
S350GD+ZA
C350
S550GD +ZA EN 10346
SS Grade 80
S550GD+ZA
S550GD+ZA
S550GD+ZA
S220GD +ZA EN 10346
S220GD +ZA EN 10346
EN 10214:1995
S220GD+ZA
NFA 36-323
ASTM A875
SS Grade 33
JIS 3317
EN 10346:2009
S220GD+ZA
EN 10346:2015
S220GD+ZA
EN 10327:2004
EN 10326:2004
S220GD+ZA
NFA 36-324
C220
EN 10292:2007
Old brand names
SC220GD+ZA
S250GD +ZA EN 10346
S250GD +ZA EN 10346
EN 10214:1995
S250GD+ZA
NFA 36-323
ASTM A875
SS Grade 37
JIS 3317
SZ AC 340
EN 10346:2009
S250GD+ZA
EN 10346:2015
S250GD+ZA
EN 10327:2004
EN 10326:2004
S250GD+ZA
NFA 36-324
C250
EN 10292:2007
Old brand names
SC250GD+ZA
S280GD +ZA EN 10346
S280GD +ZA EN 10346
EN 10214:1995
S280GD+ZA
NFA 36-323
ASTM A875
SS Grade 40
JIS 3317
SZ AC 400
EN 10346:2009
S280GD+ZA
EN 10346:2015
S280GD+ZA
EN 10327:2004
EN 10326:2004
S280GD+ZA
NFA 36-324
C280
EN 10292:2007
Old brand names
SC280GD+ZA
S320GD +ZA EN 10346
S320GD +ZA EN 10346
EN 10214:1995
S320GD+ZA
NFA 36-323
ASTM A875
JIS 3317
SZ AC 440
EN 10346:2009
S320GD+ZA
EN 10346:2015
S320GD+ZA
EN 10327:2004
EN 10326:2004
S320GD+ZA
NFA 36-324
C320
EN 10292:2007
Old brand names
S350GD +ZA EN 10346
S350GD +ZA EN 10346
EN 10214:1995
S350GD+ZA
NFA 36-323
ASTM A875
SS Grade 50
JIS 3317
SZ AC 490
EN 10346:2009
S350GD+ZA
EN 10346:2015
S350GD+ZA
EN 10327:2004
EN 10326:2004
S350GD+ZA
NFA 36-324
C350
EN 10292:2007
Old brand names
S550GD +ZA EN 10346
S550GD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
SS Grade 80
JIS 3317
EN 10346:2009
S550GD+ZA
EN 10346:2015
S550GD+ZA
EN 10327:2004
EN 10326:2004
S550GD+ZA
NFA 36-324
EN 10292:2007
Old brand names
Prev grade
Next grade
High strength interstitial free steels
Full table
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
EN 10346:2015
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
HX220YD +ZA EN 10346
HX220YD+ZA
HX220YD+ZA
HX220YD+ZA
HX220YD +ZA EN 10346
HX220YD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
HX220YD+ZA
EN 10346:2015
HX220YD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX220YD+ZA
Old brand names
Prev grade
Next grade
High Strength Low Alloy steels
Full table
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
EN 10346:2015
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
Old brand names
HX260LAD +ZA EN 10346
HX260LAD+ZA
HX260LAD+ZA
HX260LAD+ZA
HX300LAD +ZA EN 10346
HX300LAD+ZA
HX300LAD+ZA
HX300LAD+ZA
HX340LAD +ZA EN 10346
Grade 50
HX340LAD+ZA
HX340LAD+ZA
HX340LAD+ZA
HX380LAD +ZA EN 10346
HX380LAD+ZA
HX380LAD+ZA
HX380LAD+ZA
HX420LAD +ZA EN 10346
Grade 60
HX420LAD+ZA
HX420LAD+ZA
HX420LAD+ZA
HX260LAD +ZA EN 10346
HX260LAD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
HX260LAD+ZA
EN 10346:2015
HX260LAD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX260LAD+ZA
Old brand names
HX300LAD +ZA EN 10346
HX300LAD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
HX300LAD+ZA
EN 10346:2015
HX300LAD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX300LAD+ZA
Old brand names
HX340LAD +ZA EN 10346
HX340LAD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
Grade 50
JIS 3317
EN 10346:2009
HX340LAD+ZA
EN 10346:2015
HX340LAD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX340LAD+ZA
Old brand names
HX380LAD +ZA EN 10346
HX380LAD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
JIS 3317
EN 10346:2009
HX380LAD+ZA
EN 10346:2015
HX380LAD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX380LAD+ZA
Old brand names
HX420LAD +ZA EN 10346
HX420LAD +ZA EN 10346
EN 10214:1995
NFA 36-323
ASTM A875
Grade 60
JIS 3317
EN 10346:2009
HX420LAD+ZA
EN 10346:2015
HX420LAD+ZA
EN 10327:2004
EN 10326:2004
NFA 36-324
EN 10292:2007
HX420LAD+ZA
Old brand names
Prev grade
Next grade
Dimensions
Steels for cold forming and deep drawing applications
Structural steels
High strength interstitial free steels
Full table
Thickness (mm)
Min width
HX220YD +ZA EN 10346
Max width
0.40 ≤ th < 0.50
800
1170
0.50 ≤ th < 0.60
1300
0.60 ≤ th < 1.00
1500
1.00 ≤ th < 2.00
1525
2.00 ≤ th < 2.50
1400
2.50 ≤ th < 3.00
1300
HX220YD +ZA EN 10346
HX220YD +ZA EN 10346
Thickness (mm)
Min width
Max width
0.40 ≤ th < 0.50
800
1170
0.50 ≤ th < 0.60
1300
0.60 ≤ th < 1.00
1500
1.00 ≤ th < 2.00
1525
2.00 ≤ th < 2.50
1400
2.50 ≤ th < 3.00
1300
Prev grade
Next grade
High Strength Low Alloy steels
Mechanical properties
Steels for cold forming and deep drawing applications
Full table
Notes
Direction
Thickness (mm)
Re (MPa)
Rm (MPa)
A80 (%)
r90
n90
DX51D +ZA EN 10346
T
0.2 - 0.35
-
270 - 500
≥ 15
-
-
0.35 - 0.5
≥ 18
0.5 - 0.7
≥ 20
0.7 - 3
≥ 22
DX52D +ZA EN 10346
1
T
0.2 - 0.35
140 - 300
270 - 420
≥ 19
-
-
0.35 - 0.5
≥ 22
0.5 - 0.7
≥ 24
0.7 - 3
≥ 26
DX53D +ZA EN 10346
T
0.3 - 0.5
140 - 260
270 - 380
≥ 26
-
-
0.5 - 0.7
≥ 28
0.7 - 3
≥ 30
DX54D +ZA EN 10346
T
0.3 - 0.5
120 - 220
260 - 350
≥ 32
≥ 1.6
≥ 0.180
0.5 - 0.7
≥ 34
0.7 - 1.5
≥ 36
1.5 - 2
≥ 1.4
2 - 3
≥ 1.2
DX56D +ZA EN 10346
T
0.3 - 0.5
120 - 180
260 - 350
≥ 35
≥ 1.9
≥ 0.210
0.5 - 0.7
≥ 37
0.7 - 1.5
≥ 39
1.5 - 2
≥ 1.7
2 - 3
≥ 1.5
DX51D +ZA EN 10346
Direction
Thickness (mm)
DX51D +ZA EN 10346
Rm (MPa)
T
0.2 - 3
270 - 500
A80 (%)
T
0.2 - 0.35
≥ 15
0.35 - 0.5
≥ 18
0.5 - 0.7
≥ 20
0.7 - 3
≥ 22
DX52D +ZA EN 10346
Notes
Direction
Thickness (mm)
DX52D +ZA EN 10346
Re (MPa)
1
T
0.2 - 3
140 - 300
Rm (MPa)
T
0.2 - 3
270 - 420
A80 (%)
T
0.2 - 0.35
≥ 19
0.35 - 0.5
≥ 22
0.5 - 0.7
≥ 24
0.7 - 3
≥ 26
DX53D +ZA EN 10346
Direction
Thickness (mm)
DX53D +ZA EN 10346
Re (MPa)
T
0.3 - 3
140 - 260
Rm (MPa)
T
0.3 - 3
270 - 380
A80 (%)
T
0.3 - 0.5
≥ 26
0.5 - 0.7
≥ 28
0.7 - 3
≥ 30
DX54D +ZA EN 10346
Direction
Thickness (mm)
DX54D +ZA EN 10346
Re (MPa)
T
0.3 - 3
120 - 220
Rm (MPa)
T
0.3 - 3
260 - 350
A80 (%)
T
0.3 - 0.5
≥ 32
0.5 - 0.7
≥ 34
0.7 - 3
≥ 36
r90
T
0.3 - 1.5
≥ 1.6
1.5 - 2
≥ 1.4
2 - 3
≥ 1.2
n90
T
0.3 - 3
≥ 0.180
DX56D +ZA EN 10346
Direction
Thickness (mm)
DX56D +ZA EN 10346
Re (MPa)
T
0.3 - 3
120 - 180
Rm (MPa)
T
0.3 - 3
260 - 350
A80 (%)
T
0.3 - 0.5
≥ 35
0.5 - 0.7
≥ 37
0.7 - 3
≥ 39
r90
T
0.3 - 1.5
≥ 1.9
1.5 - 2
≥ 1.7
2 - 3
≥ 1.5
n90
T
0.3 - 3
≥ 0.210
Prev grade
Next grade
Structural steels
Full table
Direction
Thickness (mm)
Re (MPa)
Rm (MPa)
A80 (%)
S220GD +ZA EN 10346
L
0.2 - 0.35
≥ 220
≥ 300
≥ 13
0.35 - 0.5
≥ 16
0.5 - 0.7
≥ 18
0.7 - 3
≥ 20
S250GD +ZA EN 10346
L
0.2 - 0.35
≥ 250
≥ 330
≥ 12
0.35 - 0.5
≥ 15
0.5 - 0.7
≥ 17
0.7 - 3
≥ 19
S280GD +ZA EN 10346
L
0.2 - 0.35
≥ 280
≥ 360
≥ 11
0.35 - 0.5
≥ 14
0.5 - 0.7
≥ 16
0.7 - 3
≥ 18
S320GD +ZA EN 10346
L
0.3 - 0.5
≥ 320
≥ 390
≥ 13
0.5 - 0.7
≥ 15
0.7 - 3
≥ 17
S350GD +ZA EN 10346
L
0.3 - 0.5
≥ 350
≥ 420
≥ 12
0.5 - 0.7
≥ 14
0.7 - 3
≥ 16
S550GD +ZA EN 10346
L
0.2 - 3
≥ 550
≥ 560
-
S220GD +ZA EN 10346
Direction
Thickness (mm)
S220GD +ZA EN 10346
Re (MPa)
L
0.2 - 3
≥ 220
Rm (MPa)
L
0.2 - 3
≥ 300
A80 (%)
L
0.2 - 0.35
≥ 13
0.35 - 0.5
≥ 16
0.5 - 0.7
≥ 18
0.7 - 3
≥ 20
S250GD +ZA EN 10346
Direction
Thickness (mm)
S250GD +ZA EN 10346
Re (MPa)
L
0.2 - 3
≥ 250
Rm (MPa)
L
0.2 - 3
≥ 330
A80 (%)
L
0.2 - 0.35
≥ 12
0.35 - 0.5
≥ 15
0.5 - 0.7
≥ 17
0.7 - 3
≥ 19
S280GD +ZA EN 10346
Direction
Thickness (mm)
S280GD +ZA EN 10346
Re (MPa)
L
0.2 - 3
≥ 280
Rm (MPa)
L
0.2 - 3
≥ 360
A80 (%)
L
0.2 - 0.35
≥ 11
0.35 - 0.5
≥ 14
0.5 - 0.7
≥ 16
0.7 - 3
≥ 18
S320GD +ZA EN 10346
Direction
Thickness (mm)
S320GD +ZA EN 10346
Re (MPa)
L
0.3 - 3
≥ 320
Rm (MPa)
L
0.3 - 3
≥ 390
A80 (%)
L
0.3 - 0.5
≥ 13
0.5 - 0.7
≥ 15
0.7 - 3
≥ 17
S350GD +ZA EN 10346
Direction
Thickness (mm)
S350GD +ZA EN 10346
Re (MPa)
L
0.3 - 3
≥ 350
Rm (MPa)
L
0.3 - 3
≥ 420
A80 (%)
L
0.3 - 0.5
≥ 12
0.5 - 0.7
≥ 14
0.7 - 3
≥ 16
S550GD +ZA EN 10346
Direction
Thickness (mm)
S550GD +ZA EN 10346
Re (MPa)
L
0.2 - 3
≥ 550
Rm (MPa)
L
0.2 - 3
≥ 560
Prev grade
Next grade
High strength interstitial free steels
Full table
Direction
Thickness (mm)
Re (MPa)
Rm (MPa)
A80 (%)
r90
n90
HX220YD +ZA EN 10346
T
0.3 - 0.5
220 - 280
340 - 420
≥ 28
≥ 1.1
≥ 0.140
0.5 - 0.7
≥ 30
≥ 1.3
≥ 0.160
0.7 - 3
≥ 32
≥ 1.5
≥ 0.170
HX220YD +ZA EN 10346
Direction
Thickness (mm)
HX220YD +ZA EN 10346
Re (MPa)
T
0.3 - 3
220 - 280
Rm (MPa)
T
0.3 - 3
340 - 420
A80 (%)
T
0.3 - 0.5
≥ 28
0.5 - 0.7
≥ 30
0.7 - 3
≥ 32
r90
T
0.3 - 0.5
≥ 1.1
0.5 - 0.7
≥ 1.3
0.7 - 3
≥ 1.5
n90
T
0.3 - 0.5
≥ 0.140
0.5 - 0.7
≥ 0.160
0.7 - 3
≥ 0.170
Prev grade
Next grade
High Strength Low Alloy steels
Full table
Direction
Thickness (mm)
Re (MPa)
Rm (MPa)
A80 (%)
HX260LAD +ZA EN 10346
T
0.2 - 0.35
260 - 330
350 - 430
≥ 19
0.35 - 0.5
≥ 22
0.5 - 0.7
≥ 24
0.7 - 3
≥ 26
HX300LAD +ZA EN 10346
T
0.2 - 0.35
300 - 380
380 - 480
≥ 16
0.35 - 0.5
≥ 19
0.5 - 0.7
≥ 21
0.7 - 3
≥ 23
HX340LAD +ZA EN 10346
T
0.3 - 0.5
340 - 420
410 - 510
≥ 17
0.5 - 0.7
≥ 19
0.7 - 3
≥ 21
HX380LAD +ZA EN 10346
T
0.3 - 0.5
380 - 480
440 - 560
≥ 15
0.5 - 0.7
≥ 17
0.7 - 3
≥ 19
HX420LAD +ZA EN 10346
T
0.3 - 0.5
420 - 520
470 - 590
≥ 13
0.5 - 0.7
≥ 15
0.7 - 3
≥ 17
HX260LAD +ZA EN 10346
Direction
Thickness (mm)
HX260LAD +ZA EN 10346
Re (MPa)
T
0.2 - 3
260 - 330
Rm (MPa)
T
0.2 - 3
350 - 430
A80 (%)
T
0.2 - 0.35
≥ 19
0.35 - 0.5
≥ 22
0.5 - 0.7
≥ 24
0.7 - 3
≥ 26
HX300LAD +ZA EN 10346
Direction
Thickness (mm)
HX300LAD +ZA EN 10346
Re (MPa)
T
0.2 - 3
300 - 380
Rm (MPa)
T
0.2 - 3
380 - 480
A80 (%)
T
0.2 - 0.35
≥ 16
0.35 - 0.5
≥ 19
0.5 - 0.7
≥ 21
0.7 - 3
≥ 23
HX340LAD +ZA EN 10346
Direction
Thickness (mm)
HX340LAD +ZA EN 10346
Re (MPa)
T
0.3 - 3
340 - 420
Rm (MPa)
T
0.3 - 3
410 - 510
A80 (%)
T
0.3 - 0.5
≥ 17
0.5 - 0.7
≥ 19
0.7 - 3
≥ 21
HX380LAD +ZA EN 10346
Direction
Thickness (mm)
HX380LAD +ZA EN 10346
Re (MPa)
T
0.3 - 3
380 - 480
Rm (MPa)
T
0.3 - 3
440 - 560
A80 (%)
T
0.3 - 0.5
≥ 15
0.5 - 0.7
≥ 17
0.7 - 3
≥ 19
HX420LAD +ZA EN 10346
Direction
Thickness (mm)
HX420LAD +ZA EN 10346
Re (MPa)
T
0.3 - 3
420 - 520
Rm (MPa)
T
0.3 - 3
470 - 590
A80 (%)
T
0.3 - 0.5
≥ 13
0.5 - 0.7
≥ 15
0.7 - 3
≥ 17
Prev grade
Next grade
Chemical composition
Steels for cold forming and deep drawing applications
Full table
C (%)
Mn (%)
P (%)
S (%)
Si (%)
Ti (%)
DX51D +ZA EN 10346
≤ 0.180
≤ 1.20
≤ 0.120
≤ 0.045
≤ 0.50
≤ 0.300
DX52D +ZA EN 10346
≤ 0.120
≤ 0.60
≤ 0.100
≤ 0.045
≤ 0.50
≤ 0.300
DX53D +ZA EN 10346
≤ 0.120
≤ 0.60
≤ 0.100
≤ 0.045
≤ 0.50
≤ 0.300
DX54D +ZA EN 10346
≤ 0.120
≤ 0.60
≤ 0.100
≤ 0.045
≤ 0.50
≤ 0.300
DX56D +ZA EN 10346
≤ 0.120
≤ 0.60
≤ 0.100
≤ 0.045
≤ 0.50
≤ 0.300
DX51D +ZA EN 10346
DX51D +ZA EN 10346
C (%)
≤ 0.180
Mn (%)
≤ 1.20
P (%)
≤ 0.120
S (%)
≤ 0.045
Si (%)
≤ 0.50
Ti (%)
≤ 0.300
DX52D +ZA EN 10346
DX52D +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 0.60
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.50
Ti (%)
≤ 0.300
DX53D +ZA EN 10346
DX53D +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 0.60
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.50
Ti (%)
≤ 0.300
DX54D +ZA EN 10346
DX54D +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 0.60
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.50
Ti (%)
≤ 0.300
DX56D +ZA EN 10346
DX56D +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 0.60
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.50
Ti (%)
≤ 0.300
Prev grade
Next grade
Structural steels
Full table
C (%)
Mn (%)
P (%)
S (%)
Si (%)
S220GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S250GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S280GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S320GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S350GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S550GD +ZA EN 10346
≤ 0.200
≤ 1.70
≤ 0.100
≤ 0.045
≤ 0.60
S220GD +ZA EN 10346
S220GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
S250GD +ZA EN 10346
S250GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
S280GD +ZA EN 10346
S280GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
S320GD +ZA EN 10346
S320GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
S350GD +ZA EN 10346
S350GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
S550GD +ZA EN 10346
S550GD +ZA EN 10346
C (%)
≤ 0.200
Mn (%)
≤ 1.70
P (%)
≤ 0.100
S (%)
≤ 0.045
Si (%)
≤ 0.60
Prev grade
Next grade
High strength interstitial free steels
Full table
C (%)
Mn (%)
P (%)
S (%)
Si (%)
Al (%)
Nb (%)
Ti (%)
HX220YD +ZA EN 10346
≤ 0.010
≤ 0.90
≤ 0.080
≤ 0.025
≤ 0.30
≥ 0.100
≤ 0.090
≤ 0.120
HX220YD +ZA EN 10346
HX220YD +ZA EN 10346
C (%)
≤ 0.010
Mn (%)
≤ 0.90
P (%)
≤ 0.080
S (%)
≤ 0.025
Si (%)
≤ 0.30
Al (%)
≥ 0.100
Nb (%)
≤ 0.090
Ti (%)
≤ 0.120
Prev grade
Next grade
High Strength Low Alloy steels
Full table
C (%)
Mn (%)
P (%)
S (%)
Si (%)
Al (%)
Nb (%)
Ti (%)
HX260LAD +ZA EN 10346
≤ 0.110
≤ 1.00
≤ 0.030
≤ 0.025
≤ 0.50
≥ 0.015
≤ 0.090
≤ 0.150
HX300LAD +ZA EN 10346
≤ 0.120
≤ 1.40
≤ 0.030
≤ 0.025
≤ 0.50
≥ 0.015
≤ 0.090
≤ 0.150
HX340LAD +ZA EN 10346
≤ 0.120
≤ 1.40
≤ 0.030
≤ 0.025
≤ 0.50
≥ 0.015
≤ 0.100
≤ 0.150
HX380LAD +ZA EN 10346
≤ 0.120
≤ 1.50
≤ 0.030
≤ 0.025
≤ 0.50
≥ 0.015
≤ 0.100
≤ 0.150
HX420LAD +ZA EN 10346
≤ 0.120
≤ 1.60
≤ 0.030
≤ 0.025
≤ 0.50
≥ 0.015
≤ 0.100
≤ 0.150
HX260LAD +ZA EN 10346
HX260LAD +ZA EN 10346
C (%)
≤ 0.110
Mn (%)
≤ 1.00
P (%)
≤ 0.030
S (%)
≤ 0.025
Si (%)
≤ 0.50
Al (%)
≥ 0.015
Nb (%)
≤ 0.090
Ti (%)
≤ 0.150
HX300LAD +ZA EN 10346
HX300LAD +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 1.40
P (%)
≤ 0.030
S (%)
≤ 0.025
Si (%)
≤ 0.50
Al (%)
≥ 0.015
Nb (%)
≤ 0.090
Ti (%)
≤ 0.150
HX340LAD +ZA EN 10346
HX340LAD +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 1.40
P (%)
≤ 0.030
S (%)
≤ 0.025
Si (%)
≤ 0.50
Al (%)
≥ 0.015
Nb (%)
≤ 0.100
Ti (%)
≤ 0.150
HX380LAD +ZA EN 10346
HX380LAD +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 1.50
P (%)
≤ 0.030
S (%)
≤ 0.025
Si (%)
≤ 0.50
Al (%)
≥ 0.015
Nb (%)
≤ 0.100
Ti (%)
≤ 0.150
HX420LAD +ZA EN 10346
HX420LAD +ZA EN 10346
C (%)
≤ 0.120
Mn (%)
≤ 1.60
P (%)
≤ 0.030
S (%)
≤ 0.025
Si (%)
≤ 0.50
Al (%)
≥ 0.015
Nb (%)
≤ 0.100
Ti (%)
≤ 0.150
Prev grade
Next grade
All details provided in the ArcelorMittal Flat Carbon Europe S.A. catalogue are for information purposes only. ArcelorMittal Flat Carbon Europe S.A. reserves the right to change its product range at any time without prior notice.
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