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H Beam (2)

  • HEA Beam

    HEA Beam

    HEB beams are hot-rolled steel products. Prepared with a silicon content ranging between 0.15% and 0.25%. They are suitable for zinc coating.The central part of the beam is called &quot;the core&quot; while its sides are called &quot;wings&quot; or &quot;flanges&quot;.The beams, regardless of their shape (I, H or U), have the following common characteristics:<li>height greater than or equal to 80 mm<li>normally symmetrical wings of equal width<li>the outer faces of the wings are parallel<li>the wings either have thickness that gradually decreases from the core towards the edge (so-called &quot;inclined wings&quot; sections) or have constant thickness (so-called &quot;parallel wings&quot; sections).<li>The surface of the cores is connected to the inner faces of the wings by fillets.The grey, marbled or rough areas may appear but have no effect on the corrosion resistance.The beam is characterised by the following dimensional elements:<li>The widths and thickness of the core and wings <li>The radius between the wing and core
  • HEB Beam

    HEB Beam

    HEB beams are hot-rolled steel products. Prepared with a silicon content ranging between 0.15% and 0.25%. They are suitable for zinc coating.The central part of the beam is called &quot;the core&quot; while its sides are called &quot;wings&quot; or &quot;flanges&quot;.The beams, regardless of their shape (I, H or U), have the following common characteristics:<li>height greater than or equal to 80 mm<li>normally symmetrical wings of equal width<li>the outer faces of the wings are parallel<li>the wings either have thickness that gradually decreases from the core towards the edge (so-called &quot;inclined wings&quot; sections) or have constant thickness (so-called &quot;parallel wings&quot; sections).<li>The surface of the cores is connected to the inner faces of the wings by fillets.The grey, marbled or rough areas may appear but have no effect on the corrosion resistance.The beam is characterised by the following dimensional elements:<li>The widths and thickness of the core and wings <li>The radius between the wing and core


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