Buildings
Buildings
FRP systems provide a very practical tool for strengthening and retrofit of concrete structures, and are appropriate for:
- Flexural strengthening,
- Resistant to abrasion
- Resistant to chemical exposure
- Resistant to contamination of external compound reactions
FRP systems have also been successfully used for seismic upgrading of concrete structures. These applications include mitigating brittle failure mechanisms such as shear failure of unconfined beam-column joints, shear failure of beams and/or columns, and lap splice failure. FRP systems have also been to confine columns to resist buckling of longitudinal steel bars. These FRP schemes increase the global displacement and energy dissipation capacities of the concrete structure, and improve its overall behavior.
Because of the resistance to corrosion, FRP composites can be utilized on interior and exterior structural members in almost all types of environments.
Structure Strengthening &
Upgrading existing structure
Works:
Power Tool Cleaning (SSPC-SP 3)
Primer Coat | : | BMJP 300 SR |
Intermediate | : | Fiberglass Reinforced Polymer Saturated With BMJP 300 SR |
Top Coating | : | BMJP PU or 300 SR |
KemenKumHam Republik Indonesia
2014
customer review
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