GFRP rebars do not rust or degrade when exposed to corrosive chemicals providing an extended lifespan in challenging environments.
GFRP rebars are four times lighter than steel yet highly strong, easing rasport and reducing dead loads in construction.
These rebars prevent electrical conductivity,enhancing safety in areas prone to electric fields or shocks.
These rebars offer long- lasting performance due to the high fiber content and strong resin bonding, ensuring durability in concrete structures.
With tensile strength exceeding 1000 MPa, GFRP rebars outperform steel in withstanding heavy loads, ensuring greater structural integrity.
GFRP rebars bond well with concrete, enhancing composite’s overall performance and
longevity.
GFRP rebars do not interfere with electromagnetic fields, making them suitable for structures requiring magnetic interference.
GFRP rebars withstand degradation in alkaline & acidic environments, ensuring long-term durability in chemically aggressive settings.
GFRP rebars exhibit similar thermal expansion properties to concrete, maintaining stability in fluctuating temperatures without cracking.
Though GFRP costs more per kilogram than steel, its lightweight nature requires less material and lower maintenance, making it more economic overall.
GFRP rebars are simple to cut and mold, facilitating easy installation and customization without specialized tools.
GFRP rebars maintain their shape and structural integrity, even under extreme conditions, ensuring consistent performance over time.
These rebars prevent electrical conductivity,enhancing safety in areas prone to electric fields or shocks.
These rebars offer long- lasting performance due to the high fiber content and strong resin bonding, ensuring durability in concrete structures.
With tensile strength exceeding 1000 MPa, GFRP rebars outperform steel in withstanding heavy loads, ensuring greater structural integrity.
