Engineered in Pakistan. Built for the World.
GFRP reinforcement is particularly relevant to concrete structures where corrosion resistance, reduced weight, non-magnetic behavior or electrical non-conductivity are important.
Bridge structures are frequently exposed to moisture, salts and aggressive environmental conditions.
GFRP reinforcement can provide a corrosion-resistant reinforcement option for concrete bridge components.
Typical use: Bridge decks and components exposed to moisture, chlorides and de-icing environments.
Concrete pavement and highway infrastructure can benefit from lightweight, corrosion-resistant reinforcement.
PGFRB GFRP Rebar can be considered for suitable road and pavement applications according to project design requirements.
Typical use: Concrete pavement and transportation infrastructure where durable non-metallic reinforcement is appropriate.
Saltwater and chloride exposure are major concerns for reinforced concrete structures.
GFRP’s corrosion-resistant properties make it particularly relevant for:
Water treatment and wastewater infrastructure can present highly demanding environments for conventional steel reinforcement.
GFRP provides a non-metallic reinforcement option for appropriate applications.
Typical use: Tanks, treatment facilities and concrete infrastructure exposed to moisture and aggressive conditions.
Industrial facilities may expose concrete structures to moisture, chemicals and demanding operating conditions.
GFRP can provide a durable reinforcement option where corrosion resistance is a priority.
Parking facilities can experience moisture and chemical exposure that can contribute to steel reinforcement corrosion.
GFRP may be suitable for selected concrete parking applications where corrosion resistance is important.
Underground environments can present challenging moisture and chemical exposure conditions.
GFRP’s non-metallic and corrosion-resistant characteristics can make it suitable for selected tunnel and underground applications.
Potential use in suitable precast components subject to project design and manufacturing requirements.
Final suitability should always be confirmed by the project engineer and applicable design requirements.
Whether you are planning a bridge, highway, marine structure, industrial facility or residential/commercial project, our team can help you explore whether GFRP reinforcement is suitable for your application.
