An earthquake subjects a building to cyclic loading and large deformations. To survive, the structure must not only be strong but also capable of adapting and dissipating energy.

3 Technical reasons why stainless steel makes the difference:

• Strain hardening: upon plastic deformation, stainless steel increases its strength. This generates an extra "safety reserve," vital for preventing collapse during violent shaking.
• Excellent energy dissipation: Its high ductility (especially in the 300 series) allows it to absorb the seismic impact through large deformations without fracturing.
• Guaranteed integrity: thanks to its corrosion resistance, it ensures that the load-bearing capacity of the structure remains intact throughout its entire service life (50-100 years).

Stainless steel transforms the destructive energy of an earthquake into controlled deformation, ensuring safety when it matters most.

Discover the full analysis in Technical Document DT-03 on our website.