Bauwerksverstärkung, Brückenverstärkung, Bücke verstärken, Vorspannsystem Bau, CFK Lamelle, Lamellen, Kohlenstofffaserverstärkte Lamellen, Erdbebensicherheit, Erdbebenverstärkung, Erdbebenertüchtigung, Erdbeben, Erdbeben Schutz, Bau verstärken, Schlaffe Lamellen, Schlaffe CFK Lamelle, Spannsystem StressHead-CarboStress, StressHead Spannsystem, Vorspannsystem StrsesHead, StressHead Luzern, StressHead AG, StressHead Ltd, Erdbeben Schweiz, Plattenverstärkung, Betonplatte verstärken, Vorspannsystem Bau, Spannkopf, CFK Spannsystem, CFK System, Tragwerksverstärkung, Tragwerk Verstärken, Bau renovieren, Umnutzung Geschoss, Horizontale Belastung Erdbeben, Spannglied, Gebäude Erdbebensicher, Erdbebensicheres Gebäude, Erdbebensicherheit Schweiz, Bahnbrücke verstärken, Eisenbahnbrücke Verstärkung, Strassenbrücke Verstärkung
Uses
Building strengthening
Slabs and beams often have to be strengthened to allow for higher live loads and changes of use. The concentrated transfer of force at the end of the CFRP plates results in clearly configured and defined structural conditions. When the strengthening requirements cannot be achieved simply with bonded CFRP plates, the StressHead CarboStress system with applied tension is frequently the best solution.
Our versatile system is based on post-tensioned CFRP plates and provides sustainable and robust structural strengthening, including for industrial facilities and high-rise buildings.
1 - Deck slab strengthening
2 - Earthquake resistance re-engineering
3 - Strengthening due to a change in the structural
system or functionality
Advantages
Vertical post-tensioning utilises the shear strength of the masonry to the full
Lightweight units, no lifting gear
Improved durability
Extended movement range – low tension losses
Can also be used to strengthen historic buildings
