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FRP Rebar

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FRP Rebar Manufacturer

FRP rebar, or Fiber Reinforced Polymer rebar, is an advanced construction material designed as a high-performance alternative to traditional steel rebar. It is composed of high-strength fibers—such as glass, carbon, or aramid—embedded within a durable polymer matrix. This unique composition offers exceptional advantages, including corrosion resistance, superior strength-to-weight ratio, and non-conductivity, making it ideal for demanding construction environments. Unlike conventional steel rebar, FRP rebar is entirely nonmetallic, eliminating the problems associated with steel corrosion. The fibers provide the necessary tensile strength and stiffness, while the polymer matrix securely binds the fibers together and ensures long-lasting durability. At AAC, our FRP rebars deliver a guaranteed tensile strength of 1000 MPa (for selected diameters), allowing engineers to replace steel with smaller-diameter composite rebar without compromising performance. Lightweight, strong, and corrosion-resistant, FRP rebar is the modern solution for sustainable and high-performance construction.

FRP Rebar
FRP Rebar
Applications
  • Ground slabs (All types), RCC roads.
  • Concrete coverings, platforms, paths, parking lots and roads.
  • Compound walls.
  • Swimming pools, reservoirs, canals.
  • Septic tanks, Water tanks, ETP Tanks.
  • Non structural walls
  • Secondary reinforcement (on selected structures
  • Pre-cast panels.
  • Walls made of fixed formwork; embankments, piers, slabs to strengthen the coastal strip.
  • Foundations of houses up to 3 floors (tape, base plates, piles).
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Swimming Pools

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Septic Tanks

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Columns

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Bridges

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Roads

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Base Slabs/ Industrial Floors

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Foundations

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Walls

TABLE OF SUBSTITUTION
by tensile strength
METAL REBAR FIBERGLASS REBAR (FRP)
Weight (per 12 meter bar) Diameter Weight (per 12 meter bar) Diameter
2.75kg 6 = 0.46kg 4.5
4.74kg 8 = 0.57kg 6
7.40kg 10 = 0.94kg 7
10.65kg 12 = 1.23kg 8
14.52kg 14 = 1.65kg 10
18.93kg 16 = 2.48kg 12
24.00kg 18 = 3.24kg 14
35.76kg 22 = 4.87kg 16
46.22kg 25 = 6.28kg 18
58.02kg 28 = 8.08kg 20
75.79kg 32 = 9.80kg 22
(-) Equal ultimate stress *These are approx values



Material Steel GFRP
Tensile Strength [MPa]/N/mm^2 500 1000+
Shear strength 120 170
Bond strength Mpa/ N/mm^2 14* 12.5
Compression (MPa/N/mm^2) 500 450
Modulus of Elasticity [Gpa] 160-200 65
Elongation [%] 25 4
Durability Terms are prescribed in special building codes Not less than 80 years
Density [ton/m³] 7.8 1.9
Corrosion resistance to aggressive environment Appearance of rust products Stainless material preserving properties even in alkaline concrete environment
Ecological compatibility Ecologically friendly material Does not emit harmful and toxic substrances during stora e and use
Electrical conductivity Electrically conductive material Dielectric

FAQ

What is FRP Rebar?

FRP Rebar (Fiber Reinforced Polymer Rebar) is a high-strength, lightweight, non-corrosive reinforcement rod made from fiberglass and resin. It is used as an alternative to steel rebar in concrete structures where corrosion resistance is critical.

Where is FRP Rebar typically used?

FRP Rebar is used in:

Bridges and highways

Coastal and marine structures

Tunnels and subways

Water treatment plants

Foundations, retaining walls, and slabs

MRI rooms and electrical substations

Is FRP Rebar cost-effective?

While the initial cost may be higher than steel, lifetime savings are significant due to zero corrosion, reduced maintenance, and longer service life.

Can FRP Rebar be customized?

Yes, Aangi Advance Composite offers customizable designs, colors, and sizes to meet specific project requirements.