REINFORCEMENT MESH
OBSZARY ZASTOSOWANIA
Introducing GFRP Mesh
In modern construction, GFRP mesh (Glass Fiber Reinforced Polymer mesh) represents an innovative and versatile solution. Its combination of corrosion resistance, lightweight design, and robust strength not only improves concrete quality but also streamlines construction processes, reduces maintenance costs, and extends the lifespan of buildings.
Reinforcement of concrete structures and mixed reinforced concrete structures
Structures located in coastal areas, airports, hospitals, military bases and more
Special purpose objects (power plants)
Konstrukcje wrażliwe na wagę
Road industry (construction of bridges, roads, tunnels)
Construction of agricultural structures
Heat/cold sensitive environments (basements, patio decks)
Civil projects (commercial & residential buildings, high rises)
Benefits of GFRP mesh
- Odporność na korozję. GFRP mesh will not rust, even in the harshest environments. Unlike steel mesh, FRP mesh ensures a longer lifespan and minimizes maintenance needs.
- Highly Chemical Resistant. GFRP mesh resistant to salt ions, acids, chemicals, and the inherent alkalinity of concrete. This is important when you build concrete structures in coastal areas near seas, oceans, lakes and rivers.
- Lekki. GFRP rebar is 9 times lighter in weight than the equivalent strength of Steel rebar.
- Strength. Fiberglass rebar has 3 times stronger tensile strength than steel. GFRP has substantially greater bond strength to concrete than steel which makes GFRP-reinforced concrete more resistant to cracking.
GFRP Mesh vs. Steel Mesh
| Charakterystyka | Siatka GFRP | Steel mesh |
|---|---|---|
| Diameter of the rod (wire), mm | 2.5 | 4.0 |
| Breaking strength, MPa | 1300 | 570 |
| Breaking tension of the rod, kgf | 600 | 720 |
| Coefficient of elongation, % | 2.50 | 2.50 |
| Coefficient of heat conductivity, W/(m*°C) | 0.46 | 56.00 |
| Przewodność elektryczna | Nieprzewodzący | Przewodzący |
| Przewodność cieplna | Niski | Wysoki |
| Odporność na korozję | Wysoki (niezależny od wody) | Niskie (bez kosztownego procesu galwanizacji pręty stalowe są narażone na utlenianie) |
| Odporność na duże obciążenia | Brak trwałych odkształceń | Może zostać trwale odkształcony |
| Magnetic characteristics | Does not magnetize | Susceptible to |
| Koszty | Niższe koszty produkcji, koszty konserwacji i wydatki na transport (związane z lekkością) | Niższe koszty materiałów, ale wyższe ogólne koszty produkcji, transportu, instalacji i konserwacji technicznej |
| Komórka siatki | Production Diameter | Weight, kg/SQMT |
|---|---|---|
| 50 X 50 | Ø 4 | 0.78 |
| 100 X 100 | Ø 4-6 | 0,41-1,11 |
| 150 X 150 | Ø 4-6 | 0,28-0,7 |
| 200 X 200 | Ø 4-6 | 0,2-0,54 |
Advantages of using GFRP mesh
- Reduction of rebar scrap
- Easily cut and machined
- Easy and Rapid Installation time
- Lower transportation & storage costs
- Reduced whole-life project costs
GFRP mesh represents an evolution of steel mesh rebar and makes the GFRP composite technology applicable in construction in practically every of its construction. Composite reinforcement mesh is sustainable and shows prevailing results. The use of FRP mesh in various construction projects not only enhances structural integrity but also opens new possibilities for innovative design and more efficient construction practices.