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HOT-ROLLED STEEL (COIL, PLATES)
Features
- The production process of hot rolling consumes a minimum amount of energy, so production is the most cost-effective.
- Due to the high temperature during the hot rolling process, the steel sheet becomes pliable, and it is easier to transform it into complex shapes.
- Hot-rolled sheet metal has high plasticity and low resistance to deformation, which makes it easier to form and, as a result, lower energy consumption.
- The structure of the sheet metal is homogeneous, which allows for high productivity and ease of processing.
- The high strength and resistance of the sheet metal to aging make it durable products.
usage
Hot-rolled steel is most often used for the manufacture of machinery and agricultural machinery, in transport infrastructure, the production of fasteners and in steel structures in construction, transport equipment and the automotive industry.
AMSTRONG® STEEL
AMSTRONG® trademarked sheets are hot-rolled sheets with special properties produced by Arcelor Mittal.
These are sheets that are produced by a controlled process with the aim of further improving mechanical properties and are especially useful in construction and industry.
AMSTRONG® is known for its strength, durability, and corrosion resistance, making it a popular choice for making a variety of demanding machinery and tools. It also meets the high standards and specifications required by building codes. That is why it is often included in construction projects by professionals and used in the construction of buildings, bridges, storage facilities and other infrastructure facilities. This places it among the leading building materials.
HOT-ROLLED STEEL
Structural Steel
EN 10025– 2:2004 | DIN 17100:1983 | UNE 36080:1990 | EN 10025– 2:1993 | NF A 35–501 | |
S185 EN 10025–2 | S185 | St33 | A310-0 | S185 | A33 |
S235JR EN 10025–2 | S235JR | RSt37–2 | AE235 B | S235JRG2 | (E24–2) |
S235J0 EN 10025–2 | S235J0 | St37–3 U | AE235 C | S235J0 | E24–3 |
S235J2 EN 10025–2 | S235J2 | S235J2G4 | |||
S235J2+N EN 10025–2 | S235J2+N | St37–3 N | AE235 D | S235J2G3 | E24–4 |
S275JR EN 10025–2 | S275JR | St44–2 | AE275 B | S275JR | E28–2 |
S275J0 EN 10025–2 | S275J0 | St44–3 U | AE275 C | S275J0 | E28–3 |
S275J2 EN 10025–2 | S275J2 | S275J2G4 | |||
S275J2+N EN 10025–2 | S275J2+N | St44–3 N | AE275 D | S275J2G3 | E28–4 |
S355JR EN 10025–2 | S355JR | AE355 B | S355JR | E36–2 | |
S355J0 EN 10025–2 | S355J0 | St52–3 U | AE355 C | S355J0 | E36–3 |
S355J2 EN 10025–2 | S355J2 | S355J2G4 | |||
S355J2+N EN 10025–2 | S355J2+N | St52–3 N | AE355 D | S355J2G3 | E36–4 |
S355K2 EN 10025–2 | S355K2 | S355K2G4 | |||
S355K2+N EN 10025–2 | S355K2+N | S355K2G3 |
HOT-ROLLED STEEL
Fine-grained steel
EN 10149– 2:2013 | SEW 092:1990 | UNE 36090 | NF A 36– 231:1992 | BS 1449/1 | ASTM A1011– 12 | |
S315MC EN 10149– 2 | S315MC | |||||
Amstrong® 315MC | S315MC | QstE340TM | E315D | HSLAS–F Grade 45 class 2 | ||
S355MC EN 10149– 2 | S355MC | |||||
Amstrong® 355MC | S355MC | QstE380TM | AE340HC | E355D | HR43 F35 | HSLAS–F Grade 50 class 2 |
S420MC EN 10149– 2 | S420MC | |||||
Amstrong® 420MC | S420MC | QstE460TM | AE440HC | E420D | HR50 F45 | HSLAS–F Grade 60 class 2 |
S460MC EN 10149– 2 | S460MC | |||||
Amstrong® 460MC | S460MC | QstE500TM | AE490HC | HSLAS–F Grade 65 class 2 | ||
S500MC EN 10149– 2 | S500MC | |||||
Amstrong® 500MC | S500MC | QstE550TM | E490D | HSLAS–F Grade 70 class 2 | ||
S550MC EN 10149– 2 | S550MC | S355J0 | ||||
Amstrong® 550MC | S550MC | (QstE600TM) | E560D | HR60 F55 | HSLAS–F Grade 80 class 2 | |
S600MC EN 10149– 2 | S600MC | (QstE650TM) | ||||
Amstrong® 600MC | S600MC | (QstE650TM) |