GFRP Rebar GFRP Rebar is a corrosion-resistant, lightweight alternative to steel rebar.

What is GFRP Rebar?
Glass Fibre Reinforced Polymer

GFRP Rebar is a high-performance composite reinforcement material used as an alternative to traditional steel rebar in concrete construction.

It is manufactured using high-strength glass fibres embedded in a polymer resin matrix, offering exceptional durability, lightweight properties, and resistance to environmental challenges.

FRP Rebar

The composition of GFRP Rebar consist of two main elements:
Glass Fibres and Polymer Resin

Glass Fibres Provides High Tensile Strength
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Polymer Resin Binds Fibre together ensuring Durability and Flexibility
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Types of GFRP Rebar -

Coil Rebar

Coil Rebars

Length: Up to 50M / 100M
Diameter: 6 mm to 10 mm

Other Diameters Available on Request
Straight Rebar

Straight Rebars

Length: Up to 12M
Diameter: 12 mm & above

Other Diameters Available on Request

Our Upcoming Products

Our upcoming GFRP Stirrup & Mesh products are engineered for superior strength, durability, and corrosion resistance. Designed for reinforcement applications in construction and infrastructure, these lightweight yet high-performance solutions offer enhanced flexibility and longevity compared to traditional materials. Stay tuned for innovative advancements in GFRP technology!

GFRP Stirrup Rebars

GFRP Mesh Rebars

Key Features of Our GFRP Rebars:

Corrosion Resistance
GFRP does not rust or corrode, even in highly corrosive environments such as marine settings or structures exposed to saltwater and chemicals.
High Tensile Strength
GFRP provides excellent tensile strength, often exceeding that of steel, making it ideal for high-stress applications.
Lightweight
Reduces structural load, making construction more efficient.
Non-Conductive
Protects against electrical and lightning strikes.
Non-Magnetic
Safe for use near magnetic fields.
Environment Friendly
Reduces carbon footprint and waste.

Applications of GFRP Rebars:

Marine Construction
Ports, harbors, docks, and seawalls where saltwater exposure is prevalent.
Bridges and Highways
Decks, barriers, and supports exposed to de-icing salts.
Tunnels and Underground Structures
Resistant to moisture and chemical infiltration.
Industrial Facilities
Chemical plants and storage tanks.
Electrical and Magnetic Applications
MRI facilities, hospitals, and power stations.