Infrastructure & Civil Projects
GFRP rebars are extensively used in bridges, flyovers, culverts, and civil infrastructure where corrosion resistance, durability, and long service life are critical to reducing maintenance and lifecycle costs
Let’s Start Work
Together
Please feel free to contact us. We will get back to you with 1-2 business days. Or just call us now.
Infrastructure & Civil Projects
Infrastructure and civil engineering projects demand reinforcement materials that can withstand long-term environmental exposure, heavy loading, and minimal maintenance access. Conventional steel reinforcement often fails prematurely due to corrosion, leading to cracking, spalling, and costly repairs.
Fibarplus GFRP rebars offer a corrosion-free reinforcement solution designed to significantly enhance the durability and service life of civil infrastructure.
Where GFRP Is Used in Civil Infrastructure
Fibarplus GFRP rebars are widely adopted in:
Bridge decks and approach slabs
Flyovers and elevated road structures
Box culverts and drainage systems
Retaining walls and abutments
Noise barriers and parapet walls
Pavements and rigid concrete roads
These structures are commonly exposed to moisture, chlorides, de-icing salts, pollutants, and temperature variations, which accelerate steel corrosion.
Why GFRP Is Preferred Over Steel
GFRP rebars do not rust or degrade when exposed to water, chlorides, or aggressive soils. This eliminates corrosion-induced cracking and concrete cover deterioration—one of the leading causes of infrastructure failure.
2. Extended Service Life
By eliminating corrosion, GFRP-reinforced structures can achieve design lives exceeding 100 years, reducing the need for frequent rehabilitation and shutdowns.
3. Reduced Maintenance & Lifecycle Cost
Infrastructure maintenance is expensive and disruptive. GFRP rebars minimize repair requirements, resulting in lower lifecycle costs compared to steel-reinforced structures.
4. Lightweight & Efficient Construction
GFRP rebars weigh significantly less than steel, enabling faster handling, reduced transportation costs, and safer installation—especially beneficial for large bridge and flyover projects.
