Back to top
Glass Fibre Reinforced Polymer-GFRP Rebars

Glass Fibre Reinforced Polymer-GFRP Rebars

Product Details:

  • Product Type Glass Fibre Reinforced Polymer-GFRP Rebars
  • Material Polymer
  • Width Different available Millimeter (mm)
  • Thickness Different available Millimeter (mm)
  • Application Industrial
  • Click to View more
X

Glass Fibre Reinforced Polymer-GFRP Rebars Price And Quantity

  • 10 Ton

Glass Fibre Reinforced Polymer-GFRP Rebars Product Specifications

  • Industrial
  • Polymer
  • Different available Millimeter (mm)
  • Glass Fibre Reinforced Polymer-GFRP Rebars
  • Different available Millimeter (mm)

Glass Fibre Reinforced Polymer-GFRP Rebars Trade Information

  • Cash in Advance (CID)
  • 100 Ton Per Month
  • 15-30 Days
  • All India

Product Description

Glass Fibre Reinforced Polymer-GFRP Rebars are reinforcement materials employed in the construction of concrete. Their corrosion resistance makes them a cost-saving, long-term option for reinforced coastal concrete, bridges, and parking garages. They have better durability in extreme environmental conditions, prolonging the structure's lifespan. The lighter quality assists in lessening the total weight of the structure, something that may be of concern for some forms of construction, like high-rise buildings or retrofitting work. Glass Fibre Reinforced Polymer-GFRP Rebars provide a better substitute to ordinary steel rebars in concrete reinforcement, especially in conditions where water exposure, salt, or harsh chemicals are present.

Designed to meet Bharats growing infrastructure needs with precision and quality, we are crafting  premium GFRP Rebars in Ahmedabad. Our products meet the highest standards of Bureau of Indian  Standards IS-18256:2023 and other International Standards.

GFRP Rebars is a revolutionary solution to corrosion vulnerabilities. We offer unparallel resistance to  chloride-ion attacks, providing a robust alternative for non-prestressed reinforcement in concrete  elements subjected to flexure, shear, and compression loads. These composite rebars have a tensile  strength upto 2x greater than traditional steel yet, weigh a mere 25% of their steel counterparts.  Furthermore, GFRP Rebars serve as excellent electromagnetic and thermal insulators

Salient Features

  • Non-corrosive, rust-resistant and durable.
  • Lightweight & high
  • strength-to-weight ratio.
  • Electric & thermal insulation
  • for heat resistance.
  • Non-conductive & non-electromagnetic.
  • Non-magnetic, contain no ions, for areas in
  • close proximity to magnetic apparatus.

Applications and Uses

  • Reduces maintenance costs in extreme climates and hilly terrains where deicing salts are heavily utilized.
  • Shields structures from the corrosive effects of seawater, including caissons, decks, piles, canals and  roads.
  • Resilient against corrosion from chemical processing industries to industrial wastewaters,
  • treatment plants, petrochemical plants pulp and paper mills, cooling towers and chimneys.
  • Low electrical conductivity or electromagnetic neutrality such as, aluminum and copper smelting  plants, structures supporting electronic equipment (e.g. transmission towers), Magnetic Resonance  Imaging (MRI) facilities etc

GFRP Rebar V/s Steel Rebar

Specification

GFRP Rabar

Non-alloy Steel Rebar

Benefits of FRP

Corrosion resistance

Very high

Very low

More durability

Durability

Min 80 years

By building code

More durability

Tensile strength

1100 MPa

425-550 MPa

Stronger

Modulus of elasticity

55 GPa

200 GPa

Straightening not required

Density

1.9 g/cm3

7.85 g/cm3

Light weight

Relative elongation

< 2.5%

25%

Minimal stress induced deformation

Electric conductivity

Dielectric

Conductive

Minimal accidental risk

Magnetic property

Non magnetic

Magnetic

Coefficient of thermal conductivity

< 0.56 W/m.K

> 46 W/m.K

Structural stability prolonged life

Standard length

12 m/customizable

12 m(usually

Less wastage/ easy handling

Our Assurance

Property

Guarantee

Guaranteed glass fibre content (mass fraction)

80%

Mean glass transition temperature (Tg)/ midpoint temperature

 100 Degree C

Mean degree of cure

 95%

Guaranteed transverse shear strength

 130 Mpa

Guaranteed bond strength

 7.6 Mpa

Mean residual fatigue tensile strength

 60%

Creep failure criteria at a sustained service stress level of 35 percent of ultimate tensile strength

No rupture

Mean moisture absorption (short term)

 0.25%

Mean moisture absorption (long-term)

 1%

Guaranteed residual tensile force after 90 days of immersion in alkaline solution at 60 Degree C

 80% of mean ultimate tensile force of pristine bars


Weight & Tensile Force Compared to Steel Rebar

Size

GFRP Rebar

Steel

Bar Size Designation

Dia (mm)

Nom. Cross Sec. Area (Sq. mm)

Weight (g/m)

Minimum Guaranteed Ultimate Tensile Force (kN)

Weight (g/m)

G4

4

12.60

26

11

98

G6

6

28.30

55

23

222

G8

8

50.30

98

40

395

G10

10

78.60

148

60

620

G12

12

113.10

220

80

890

G14

14

154.00

298

105

1210

G16

16

201.10

588

130

1580

G18

18

254.50

490

160

2000

G20

20

314.20

603

190

2470

Tell us about your requirement
product

Price:

Quantity
Select Unit

  • 50
  • 100
  • 200
  • 250
  • 500
  • 1000+
Additional detail
Mobile number

Email