Galvanized Roll Steel Sheet is coated with "Zinc" in order to prevent corrosion of the metal. Galvanized is a type of sheet metal that is installed on all wet and damp floors and has no alternative. Because the galvanization in its structure is a sheet metal system that can cope with all the negativities and eliminates the pressure created by these negativities on the surface of the sheet.
Galvanized sheet is obtained by subjecting the metal to hot dipping after cold rolling and coating both sides with zinc. The most important purpose of this coating process is to prevent corrosion of the material to be used in open areas and to prolong the life of the material.
Galvanized sheet material is in demand by sectors making exterior surfaces, especially the automotive industry. Galvanized sheet is preferred by many other sectors due to its technical features. Here are the technical features that increase the preferability of this material.
Corrosion Resistance:
Among the technical properties of galvanized sheet, perhaps the most important one is corrosion resistance. This material provides this resistance by protecting the metal inherent in zinc by establishing a barrier against corrosive elements.
Formability:
Another important feature of galvanized sheets is that they can be easily formed. It is an ideal material for the production of parts that require extra deep drawability and bending.
Perfect Surface Appearance:
Galvanized sheets can be easily used in visible surface applications due to their surface quality.
Weldability:
Galvanized sheet technical specifications also include weldability. Thanks to these features, they can be welded with many welding processes.
Paintability:
Galvanized sheet products can be easily painted if they are pretreated correctly. These pretreatments are surface treatments and degreasing processes.
Other Features:
In Which Situations Should Galvanized Sheet Be Handled with Caution?
Increases Resistance of Products
The most damaging factors to iron and iron products are moisture and wet ground. The service lifetime of iron and iron products exposed to moisture is shortened, and they lose their properties and resistance within a few years. This also means that iron and iron products lose their function. Therefore the resistance of the products increases with the galvanized sheet material, that is, the feature of the galvanized sheet material, and the sheet product can fully fulfill its function.
Provides Longer Use
Galvanized steel sheet extends the life of products by means of its features. Because, as we mentioned before, the places where galvanized sheets are used are environments with high risk and exposed to negative effects such as humidity. The only material that can withstand all these negativities and resist bad conditions is galvanized sheet metal.
Galvanized sheetis an advantageous product that can be used in all outdoor coatings, water transport sets, underground floors and almost all areas that need to be stored and protected against moisture.
Economical price range
Galvanized steel sheet material has properties such as extending the service lifetime of the products and increasing their resistance. However, what we can count among its advantages is not limited with these. Because these materials also have uttermost economical price range. It will be understood prices of galvanized steel sheet is very economical considering the contribution and function it provides.These materials can be used for at least 50 years once they are installed
Other Advantages
Galvanized steel sheet is used as a roof covering for the building sector, sandwich panels on the interior and exterior surfaces of buildings by giving appropriate form. In addition, it is used in the manufacture of white goods due to its longevity. In addition, this type of sheet can be used in the production of interior and exterior parts in the automotive industry.
Galvanized steel sheet products offered to the market upon request:
Areas of Use
Common areas of use and Main specifications | Standard Equivalent | ERDEMİR Grade No | |
Standard | Grade | ||
Low carbon "zinc coated" galvanized steels suitable for cold forming | DİN EN 10346:200 | DX51 D+Z | 1311 |
DİN EN 10346:2009 | DX52D+Z | 1312 | |
DİN EN 10346:2009 | DX53D+Z | 1313 | |
DİN EN 10346:2009 | DX53D+Z | 1303 | |
DİN EN 10346:2009 | DX54D+Z | 1314 | |
DİN EN 10346:2009 | DX56D+Z | 1315 | |
WSD-M1 A333 | A2 DC05 | 311 | |
11-04-013 | XE | 312 | |
WSS-M1 A365 | A13 | 320 | |
WSS-M1 A365 | A14 | 321 | |
WSD-M1 A333 | A3 DC06 | 323 | |
11-04-013 | XES | 324 | |
B53 3106 | XSG | 325 | |
52806/9.52873 | FEP04-ZNT/F/2S | 326 | |
52806/9.52873 | FEP05-ZNT/F/2S | 327 | |
52806/9.52873 | FEP04/FEP05-ZNT/F/2S | 328 | |
Low carbon "zinc-iron alloy coated" galvanized steels suitable for cold forming | DİN EN 10346:2009 | DX51 D+ZF | 1411 |
DİN EN 10346:2009 | DX52D+ZF | 1412 | |
DİN EN 10346:2009 | DX53D+ZF | 1413 | |
DİN EN 10346:2009 | DX54D+ZF | 1414 | |
DİN EN 10346:2009 | DX56D+ZF | 1415 | |
TSG31 09G | SCGA270C | 410 | |
TSG31 09G | SCGA270C | 411 | |
TSG31 09G | SCGA270D | 430 | |
TSG3109G | SCGA270D | 431 | |
HES C071 | JAC270F | 432 | |
Furnace-hardened steels “galvanized” by coating with zinc | DİN EN 10346:2009 | HX180BD+Z | 1118 |
DİN EN 10346:2009 | HX220BD+Z | 1122 | |
WSS-M1 A341 | A7 | 1124 | |
DİN EN 10346:2009 | HX260BD+Z | 1126 | |
DİN EN 10346:2009 | HX300BD+Z | 1130 | |
52814/9.52873 | FEE 220 BH-ZNT/F/2S | 380 | |
WSS-M1 A367 | A22 | 381 | |
WSS-M1 A367 | A23 | 382 | |
Furnace-hardened steels “galvanylated” coated with a zinc-iron alloy | DİN EN 10346:2009 | HX180BD+ZF | 1218 |
DİN EN 10346:2009 | HX220BD+ZF | 1222 | |
DİN EN 10346:2009 | HX260BD+ZF | 1226 | |
DİN EN 10346:2009 | HX300BD+ZF | 1230 | |
TSG31 09G | SCGA 340BH | 482 | |
“Galvanized” IF steel with zinc coating | DİN EN 10346:2009 | HX180YD+Z | 1518 |
DİN EN 10346:2009 | HX220YD+Z | 1522 | |
Galvanized steels with high yield strength and suitable for cold forming process by continuous hot dipping method | 11-04-002/L | XE280P | 388 |
"Galvanized" dual-phase steels with high yield strength and suitable for cold forming | DİN EN 10346:2009 | HCT600X+Z | 1660 |
52815/9.52873 | FE 600 DP F ZNT/F/2S | 390 | |
WSS-M1A348 | A1 | 391 | |
High-strength, low-alloyed, zinc-plated (galvanized) steels which are zinc coated by continuous hot dip method suitable for cold forming processes. | DİN EN 10346:2009 | HX260LAD+Z | 1626 |
DİN EN 10346:2009 | HX300LAD+Z | 1630 | |
DİN EN 10346:2009 | HX340LAD+Z | 1634 | |
DİN EN 10346:2009 | HX380LAD+Z | 1638 | |
DİN EN 10346:2009 | HX420LAD+Z | 1642 | |
11-04-002 | XE280D | 331 | |
F-52811/9.52873 | FEE 270 F - ZNT/F/2S | 360 | |
11-04-002 | XE 320D | 366 | |
WSB-M1 A215-F1 | Gr. 300 | 367 | |
F-52811/9.52873 | FEE 340 F - ZNT/F/2S | 368 | |
11-04-002 | XE-360D | 372 | |
"Galvanized" structural steels coated with zinc | DİN EN 10346:2009 | S220GD+Z | 1322 |
DİN EN 10346:2009 | S250GD+Z | 1325 | |
DİN EN 10346:2009 | S280GD+Z | 1328 | |
DİN EN 10346:2009 | S320GD+Z | 1332 | |
DİN EN 10346:2009 | S350GD+Z | 1335 | |
WSB-M1 A215-F1 | Gr. 250 | 355 | |
Structural steels “galvanylated” coated with a zinc-iron alloy | DİN EN 10346:2009 | S220GD+ZF | 1422 |
DİN EN 10346:2009 | S250GD+ZF | 1425 | |
DİN EN 10346:2009 | S280GD+ZF | 1428 | |
DİN EN 10346:2009 | S320GD+ZF | 1432 | |
DİN EN 10346:2009 | S350GD+ZF | 1435 |
Galvanized Slitting Sheet 100A Coating (Zn) | |
GCR DX51D + Z 100A | 0,50*1200 |
GCR DX51D + Z 100A | 0,60*1200 |
GCR DX51D + Z 100A | 0,70*1200 |
GCR DX51D + Z 100A | 0,80*1200 |
GCR DX51D + Z 100A | 0,90*1200 |
GCR DX51D + Z 100A | 1,00*1200 |
GCR DX51D + Z 100A | 1,20*1200 |
Continuously hot-dip coated steel flat products for cold forming (TS EN 10346) |
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(Nr) | (Steel Quality) | (Steel Number) | (Coating Type) | (Chemical Compostion) ( % ) Max | (Yield Strength) ( N/mm2) | (Tensile Strength) ( N/mm2 ) | (Elongation) ( % ) Min | (Plastic Strain Ratio) ( r90 ) Min | (Strain Hardening Exponent) ( n90 ) Min | |||||
C | Si | Mn | P | S | Ti | |||||||||
1 | DX51D | 1.0917 | +Z | 0.18 | 0.50 | 1.20 | 0.12 | 0.045 | 0.30 | * | 270-500 | 22 | - | - |
+AZ | ||||||||||||||
2 | DX52D | 1.0918 | +Z | 0.12 | 0.50 | 0.60 | 0.10 | 0.05 | 0.30 | 140-300 | 270-420 | 26 | - | - |
+AZ | ||||||||||||||
3 | DX53D | 1.0951 | +Z | 140-260 | 270-380 | 30 | - | - | ||||||
+AZ | ||||||||||||||
4 | DX54D | 1.0952 | +Z | 120-220 | 260-350 | 36 | 1.6 | 0,18 | ||||||
+AZ | - | - |
NotE: Apply EN 10346 standard for details and explanations.
According to TS EN13046 standard | ||||
DX51D | Bending and profiling quality | |||
DX52D | Drawing Quality | |||
DX53D | Deep Drawing Quality | |||
DX54D | Special Deep Drawing Quality | |||
DX56D | Extra Deep Drawing Quality | |||
DX56D | Extra Deep Drawing Quality | |||
Continuously hot-dip coated steel flat products for cold forming (TS EN 10346) |
|||||||||||
(Nr) | (Steel Quality) | (Steel Number) | (Coating Type) |
(Chemical Compostion) ( % ) Max | Yield Strength ( N/mm2 ) | Tensile Strength ( N/mm2 ) | Elongation ( % ) Min | ||||
C | Si | Mn | P | S | |||||||
1 | S220GD | 1.0241 | +Z | 0.20 | 0.60 | 1.70 | 0.10 | 0.045 | Min 220 | Min 300 | 20 |
+AZ | |||||||||||
2 | S250GD | 1.0242 | +Z | Min 250 | Min 330 | 19 | |||||
+AZ | |||||||||||
3 | S280GD | 1.0244 | +Z | Min 280 | Min 280 | 18 | |||||
+AZ | |||||||||||
4 | S320GD | 1.0250 | +Z | Min 320 | Min 360 | 17 | |||||
+AZ | |||||||||||
5 | S350GD | 1.0529 | +Z | Min350 | Min 390 | 16 | |||||
+AZ | |||||||||||
6 | S390GD | 1.0238 | +Z | Min 390 | Min 460 | 16 | |||||
+AZ | |||||||||||
7 | S420GD | 1.0239 | +Z | Min 420 | Min 480 | 15 | |||||
+AZ | |||||||||||
8 | S450GD | 1.0233 | +Z | Min 450 | Min 510 | 14 | |||||
+AZ | |||||||||||
9 | S550GD | 1.0531 | +Z | Min 550 | Min 560 | - | |||||
+AZ |
Note: Apply EN 10346 standard for details and explanations.
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