Uni-directional glass fibre fabric.
Where to Use
This system is especially suitable to repair reinforced concrete and masonry elements damaged by physical-mechanical action, for the confinement of axial loaded or flexural strengthening of concrete elements and for seismic strengthening of structures in earthquake areas.
Some application examples
- Repair, maintenance and static upgrade of deteriorated structures, where it is absolutely necessary to reinforce the tensile strength of the section.
- Confinement of axially loaded or damaged concrete and masonry elements (columns, bridge piers, chimneys) in order to improve ductility and load bearing capacity.
- Seismic strengthening and restoration of vaulted structures.
- Reinforcement of load bearing elements in buildings that have been restructured for architectural reasons or change of use.
Uni-directional glass fibre fabric.
Where to Use
This system is especially suitable to repair reinforced concrete and masonry elements damaged by physical-mechanical action, for the confinement of axial loaded or flexural strengthening of concrete elements and for seismic strengthening of structures in earthquake areas.
Some application examples
- Repair, maintenance and static upgrade of deteriorated structures, where it is absolutely necessary to reinforce the tensile strength of the section.
- Confinement of axially loaded or damaged concrete and masonry elements (columns, bridge piers, chimneys) in order to improve ductility and load bearing capacity.
- Seismic strengthening and restoration of vaulted structures.
- Reinforcement of load bearing elements in buildings that have been restructured for architectural reasons or change of use.
Uni-directional glass fibre fabric.
Where to Use
This system is especially suitable to repair reinforced concrete and masonry elements damaged by physical-mechanical action, for the confinement of axial loaded or flexural strengthening of concrete elements and for seismic strengthening of structures in earthquake areas.
Some application examples
- Repair, maintenance and static upgrade of deteriorated structures, where it is absolutely necessary to reinforce the tensile strength of the section.
- Confinement of axially loaded or damaged concrete and masonry elements (columns, bridge piers, chimneys) in order to improve ductility and load bearing capacity.
- Seismic strengthening and restoration of vaulted structures.
- Reinforcement of load bearing elements in buildings that have been restructured for architectural reasons or change of use.