FUNCTION WITHIN THE SYSTEM • To absorb sudden loads generated during rockfall impact in a controlled manner • To reduce local failures and excessive stresses that may occur in the barrier mesh • To distribute the load evenly among barrier components • To increase the overall energy dissipation capacity of the system
Steel Ring Mesh (3 mm Wire Diameter)
This ring is an energy-dissipating element manufactured from multi-wound steel wire, used in rockfall barrier systems for the purpose of controlled dissipation of impact energy. At the moment of impact, the ring undergoes controlled plastic deformation, distributing the load over time, limiting sudden increases in force, and preserving the overall stability of the barrier system. Thanks to its multi-winding structure, the load is not concentrated at a single point; instead, deformation is distributed around the circumference of the ring. In this way, the risk of rupture is reduced while ensuring safe performance at high energy levels. Its galvanized or Galfan-coated surface makes it suitable for outdoor conditions, corrosion resistance, and long-term field use. The ring element is positioned between the main load-bearing mesh and the anchorage or connection components in rockfall barrier systems, functioning as an auxiliary dissipater that increases the energy absorption capacity of the system. ⸻
| WIRE DIAMETER: | 3 MM |
|---|---|
| NUMBER OF LOOPS: | 7 |
| INNER DIAMETER: | 350 MM |
| OUTER DIAMETER: | 365 MM |
| MATERIAL: | GALVANIZED OR GALFAN-COATED STEEL WIRE |
| TARGET ENERGY DISSIPATION CAPACITY: | 15.500 – 18.000 KJ |
| FUNCTION: | CONTROLLED DISSIPATION OF IMPACT ENERGY THROUGH DEFORMATION |

