• DIN 17100 St52-3 steel
  • DIN 17100 St52-3 steel grade,St52-3 low carbon, high strength structural steel
    BBN steel is specialized in supplying DIN17100 steel plate in ST52-3. For more information of ST52-3 steel plates, please check them in following:
    Steel grade ST 52-3 N is a low carbon, high strength structural steel which can be readily welded to other weldable steel. With its low carbon equivalent, it possesses good cold-forming properties. The plate issupplied in normalized or control-rolled condition .
    DIN 17100 St52-3 steel grade APPLICATION
    Machinery parts, mobile equipment, crane, boom, chassis, buildings, bridges and most structural activities.
    Chemical composition % of the Product analysis of grade DIN 17100 St52-3 (1.0570)

    Thickness,     C

    P

    S

    N

    ≤16

    0.22



    0.050



    0.050




    >16 ≤30

    0.22

    >30 ≤40

    0.24

    >40 ≤63

    0.24

    >63 ≤100

    Mechanical properties of grade DIN 17100 St52-3 (1.0570)

    Temperature

    -20

    -10

    0

    20

    Notch impact test. Min. absorbed energy J

    27


    27


    Nominal thickness (mm)

    to 16

    16 - 40

    40 - 63

    63 - 80

    80 - 100

    100 - 150

    150 - 200

    ReH - Minimum yield strength (MPa)

    355

    345

    335

    325

    315



    Nominal thickness (mm)

    to 3

    3 - 100

    Rm -Tensile strength (MPa)

    510-680

    490-630

    Nominal thickness (mm)

    0.5 1

    11.5

    1.52

    22.5


    2.53


    340

    4063

    63100

    A - Minimum elongation Lo = 5,65 √ So (%) Longitudinal


    14


    15


    16


    17


    18


    22


    21


    20

    Equivalent grades of grade ST52-3 (1.0570)

    Europe

    En10025(93)

    France

    NFA35-501

    U.K.

    BS4360

    Italy

    UNI7070

    China

    GB

    Japan

    JIS3106

    S355J0

    E36-3

    50C

    Fe 510C

    Q345C

    SS490B

    More about DIN 17100 St52-3 steel grade,St52-3 low carbon, high strength structural steel,please contact us.