ArcelorMittal’s electrogalvanised steel is a cold rolled flat carbon steel product, coated on one or both sides with a pure zinc layer.
This coating is characterised by its uniform and regular thickness.

ArcelorMittal’s electrogalvanised steel has good resistance to corrosion for indoor applications.
It offers outstanding deep drawing formability with reduced powdering and also has excellent weldability, due to the uniformity and regularity of the zinc coating.

Electrogalvanised products are an excellent substrate for painting, both in terms of adhesion and appearance. This advantage is further enhanced by the use of post-coating surface treatments: phosphating and/or passivation, Easyfilm^® thin organic coating (please see data sheet E80 for the specific properties of Easyfilm^®).

Electrogalvanised products are particularly suitable for industrial and domestic appliances. Some of the most common applications include:

• Domestic appliances: washing machines, dryers, dish washers, cookers, microwave ovens, refrigerators etc
• Teletronics: computers, laptop and hi-fi casings, casings for TVs, video and CD players, decoders etc
• Furniture: cupboards, desks, shelves, electrical cabinets etc
• Miscellaneous: air conditioners, road signs, electric motors, toys, construction items etc 

Storage

ArcelorMittal’s electrogalvanised steel is supplied passivated and/or phosphated and/or oiled to temporarily limit the 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. Rust prevention can be further improved by the application of an Easyfilm^® thin organic coating. 

Forming and joining

The forming and joining techniques mainly used for uncoated steel sheets are also suitable for steel sheet with electrogalvanised coatings, even in the case of extreme forming operations.
Forming performance is improved if electrogalvanised steel is coated with an Easyfilm^® thin organic coating.  

Painting

Electrogalvanised steel can be painted after degreasing and surface treatment when supplied oiled.
When phosphated or coated with an Easyfilm^® thin organic coating, electrogalvanised steel can be painted directly, without any prior surface treatment. However, the paint must be compatible with the Easyfilm^® resin.

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.

For other or intermediate layer thicknesses, please contact us.

Steels for cold forming and deep drawing applications

High Strength Low Alloy steels

Steels for cold forming and deep drawing applications

Full table

Thickness (mm)	Min width	DC01 +ZE EN 10152, DC03 +ZE EN 10152, DC04 +ZE EN 10152, DC04 AM FCE +ZE, DC05 +ZE EN 10152, DC06 +ZE EN 10152, DC07 +ZE EN 10152
		Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC01 +ZE EN 10152

DC01 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC03 +ZE EN 10152

DC03 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC04 +ZE EN 10152

DC04 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC04 AM FCE +ZE

DC04 AM FCE +ZE

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC05 +ZE EN 10152

DC05 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC06 +ZE EN 10152

DC06 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

DC07 +ZE EN 10152

DC07 +ZE EN 10152

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1500
0.50 ≤ th < 0.60		1670
0.60 ≤ th < 2.00		1865
2.00 ≤ th < 2.25		1770
2.25 ≤ th < 2.75		1590
2.75 ≤ th < 3.00		1500

Prev grade Next grade

High Strength Low Alloy steels

Full table

Thickness (mm)	Min width	HC260LA +ZE EN 10268	HC300LA +ZE EN 10268	HC340LA +ZE EN 10268	HC380LA +ZE EN 10268	HC420LA +ZE EN 10268	HC460LA +ZE EN 10268, HC500LA +ZE EN 10268
		Max width	Max width	Max width	Max width	Max width	Max width
0.40 ≤ th < 0.50	600	1495	1495	1495	1495	1495	1310
0.50 ≤ th < 0.60		1685	1685	1685	1685	1685	1500
0.60 ≤ th < 0.70		1850	1850	1850	1850	1850	1565
0.70 ≤ th < 0.80		1865					1635
0.80 ≤ th < 0.90							1655
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00				1795	1795	1680	1360
2.00 ≤ th < 2.30		1760	1760	1760	1740	1640	-
2.30 ≤ th < 2.50		1700	1700	1700	1660	1560
2.50 ≤ th < 3.00		1500	1500	1500	1465	1365
3.00 ≤ th < 3.20		-	-	-	-	-

HC260LA +ZE EN 10268

HC260LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1495
0.50 ≤ th < 0.60		1685
0.60 ≤ th < 0.70		1850
0.70 ≤ th < 0.80		1865
0.80 ≤ th < 0.90
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00
2.00 ≤ th < 2.30		1760
2.30 ≤ th < 2.50		1700
2.50 ≤ th < 3.00		1500
3.00 ≤ th < 3.20		-

HC300LA +ZE EN 10268

HC300LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1495
0.50 ≤ th < 0.60		1685
0.60 ≤ th < 0.70		1850
0.70 ≤ th < 0.80
0.80 ≤ th < 0.90
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00
2.00 ≤ th < 2.30		1760
2.30 ≤ th < 2.50		1700
2.50 ≤ th < 3.00		1500
3.00 ≤ th < 3.20		-

HC340LA +ZE EN 10268

HC340LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1495
0.50 ≤ th < 0.60		1685
0.60 ≤ th < 0.70		1850
0.70 ≤ th < 0.80
0.80 ≤ th < 0.90
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00		1795
2.00 ≤ th < 2.30		1760
2.30 ≤ th < 2.50		1700
2.50 ≤ th < 3.00		1500
3.00 ≤ th < 3.20		-

HC380LA +ZE EN 10268

HC380LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1495
0.50 ≤ th < 0.60		1685
0.60 ≤ th < 0.70		1850
0.70 ≤ th < 0.80
0.80 ≤ th < 0.90
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00		1795
2.00 ≤ th < 2.30		1740
2.30 ≤ th < 2.50		1660
2.50 ≤ th < 3.00		1465
3.00 ≤ th < 3.20		-

HC420LA +ZE EN 10268

HC420LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1495
0.50 ≤ th < 0.60		1685
0.60 ≤ th < 0.70		1850
0.70 ≤ th < 0.80
0.80 ≤ th < 0.90
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00		1680
2.00 ≤ th < 2.30		1640
2.30 ≤ th < 2.50		1560
2.50 ≤ th < 3.00		1365
3.00 ≤ th < 3.20		-

HC460LA +ZE EN 10268

HC460LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1310
0.50 ≤ th < 0.60		1500
0.60 ≤ th < 0.70		1565
0.70 ≤ th < 0.80		1635
0.80 ≤ th < 0.90		1655
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00		1360
2.00 ≤ th < 2.30		-
2.30 ≤ th < 2.50
2.50 ≤ th < 3.00
3.00 ≤ th < 3.20

HC500LA +ZE EN 10268

HC500LA +ZE EN 10268

Thickness (mm)	Min width	Max width
0.40 ≤ th < 0.50	600	1310
0.50 ≤ th < 0.60		1500
0.60 ≤ th < 0.70		1565
0.70 ≤ th < 0.80		1635
0.80 ≤ th < 0.90		1655
0.90 ≤ th < 1.60
1.60 ≤ th < 2.00		1360
2.00 ≤ th < 2.30		-
2.30 ≤ th < 2.50
2.50 ≤ th < 3.00
3.00 ≤ th < 3.20

Prev grade Next grade

The choice of direction for the mechanical properties should be specified when ordering.

Steels for cold forming and deep drawing applications

High Strength Low Alloy steels

Steels for cold forming and deep drawing applications

High Strength Low Alloy steels