GFRP Rebars
(Glass Fibre
Rebars)
Non-Corrosive Reinforcement
Systems for Concrete Structures
Edoburg supplies internationally certified GFRP rebars engineered for structural reinforcement in civil, marine, and utility-scale concrete applications. Designed to outperform steel in corrosive environments, these bars deliver exceptional tensile strength, thermal stability, and electromagnetic neutrality — ideal for tunnels, bridges, coastal infrastructure, and utility-grade construction.
Unlike traditional steel, GFRP rebar does not rust, making it a long-life, low-maintenance alternative for concrete reinforcement in chloride-prone, saline, and chemically active zones.
Why Choose Edoburg GFRP Rebars?
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Corrosion-Free Reinforcement
Immune to chloride attack and rusting, ideal for coastal and water-retaining structures. -
High Tensile Strength
Tensile strength up to 1000 MPa — 2x that of mild steel by weight. -
Electrically & Magnetically Neutral
Ideal for power plants, substations, hospitals, and data centres where EMI-free performance is critical. -
Lightweight & Easy to Handle
75% lighter than steel, reducing transportation and on-site handling costs. -
Thermal & Chemical Resistant
Stable in high-moisture, chemically aggressive, and temperature-variable environments.
Ideal Range
Corrosion-free, structurally reinforced rebar systems engineered for high tensile strength, long-term durability, and steel-free reinforcement across infrastructure-grade, marine, and utility-scale concrete applications.

Straight GFRP Rebars

Bent GFRP Rebars

Threaded-End GFRP Rebars
Products That
Matters
Specifications
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Material Composition: E-glass fibres with polymeric resin (vinyl ester/epoxy)
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Available Diameters: 4 mm to 32 mm
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Tensile Strength: 600 MPa – 1000 MPa (grade dependent)
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Modulus of Elasticity: ~45 GPa
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Density: 1.9 g/cm³
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Standard Lengths: 3 m, 6 m, 12 m | Custom lengths available on order
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Surface: Sand-coated / Helical wrapped / Ribbed (mechanical anchoring)
Applications
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Coastal concrete structures and marine foundations
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Wastewater treatment plants and desalination units
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Bridge decks, tunnels, retaining walls
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Metro and rail infrastructure
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Cold storage, parking decks, swimming pools
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Hospitals, airports, and energy-sensitive zones (MRI rooms, substations)