Steel For Forming

Hot-dipped galvanised steels are available in a wide range of grades and corrosion-resistant coatings, tailored to suit specific applications for bending and deep drawing. Each grade offers a choice of surface quality to meet precise requirements.
Selecting a coating thickness that is compatible with forming and bending processes is essential to ensure the desired level of corrosion protection.

DX51D+Z/+ZM

DX52D+Z/+ZM

DX53D+Z/+ZM

DX54D+Z/+ZM

DX56D+Z/+ZM

Mechanical Properties

EN 10346: 2015	DX51D+Z/+ZM
Tensile strength Rm N/mm²	270 – 500
Min. Elongation %	22

Chemical Composition

EN 10346: 2015	DX51D+Z/+ZM
C	0.18 Max.
Mn	1.20 Max.
P	0.12 Max.
S	0.045 Max.
Si	0.50 Max.
Ti	0.30 Max.

Mechanical Properties

EN 10346: 2015	DX52D+Z/+ZM
Yield strength Re N/mm²	140 – 300
Tensile strength Rm N/mm²	270 – 420
Min. Elongation %	26

Chemical Composition

EN 10346: 2015	DX52D+Z/+ZM
C	0.12 Max.
Mn	0.60 Max.
P	0.10 Max.
S	0.045 Max.
Si	0.50 Max.
Ti	0.30 Max.

Mechanical Properties

EN 10346: 2015	DX53D+Z/+ZM
Yield strength Re N/mm²	140 – 260
Tensile strength Rm N/mm²	270 – 380
Min. Elongation %	30

Chemical Composition

EN 10346: 2015	DX53D+Z/+ZM
C	0.12 Max.
Mn	0.60 Max.
P	0.10 Max.
S	0.045 Max.
Si	0.50 Max.
Ti	0.30 Max.

Mechanical Properties

EN 10346: 2015	DX54D+Z	DX54D+ZM
Yield strength Re N/mm²	120 – 220	120 – 220
Tensile strength Rm N/mm²	260 – 350	260 – 350
Min. Elongation %	36	34
Min. r-value	1.6	1.4
Min. n-value	0.18	0.18

Chemical Composition

EN 10346: 2015	DX54D+Z/+ZM
C	0.12 Max.
Mn	0.60 Max.
P	0.10 Max.
S	0.045 Max.
Si	0.50 Max.
Ti	0.30 Max.

Mechanical Properties

EN 10346: 2015	DX56D+Z	DX56D+ZM
Yield strength Re N/mm²	120 – 180	120 – 180
Tensile strength Rm N/mm²	260 – 350	260 – 350
Min. Elongation %	39	37
Min. r-value	1.9	1.7 4
Min. n-value	0.21	0.20

Chemical Composition

EN 10346: 2015	DX56D+Z/+ZM
C	0.12 Max.
Mn	0.60 Max.
P	0.10 Max.
S	0.045 Max.
Si	0.50 Max.
Ti	0.30 Max.