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Leading The Next
Generation of Reinforcement with

GFRP Rebars

At ADB Composite, we are Leading The Next Generation of Reinforcement with GFRP Rebars - offering a superior alternative to traditional steel reinforcement.

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About
About
About ADB Composite

Innovative, Long-lasting, And Corrosion-Free Solutions For Modern Construction

At ADB Composite, we are Leading The Next Generation of Reinforcement with GFRP Rebars—offering a superior alternative to traditional steel reinforcement. Our Glass Fiber Reinforced Polymer (GFRP) Rebars are engineered for unmatched strength, corrosion resistance, and long-term durability, making them ideal for modern infrastructure and construction projects.

Why Choose Us?

We Work With Integrity

1

Chemical Resistance

Chemical Resistance

The polymer matrix acts as a barrier against corrosive elements like chlorides, acids, and other chemicals.

2

Extended Service Life

Extended Service Life

Structures reinforced with GFRP experience significantly less deterioration, reducing the need for ongoing repairs.

3

Cost Savings

Cost Savings

Lower maintenance demands translate into reduced lifecycle costs, making GFRP a financially sound investment for long-term projects.

4

Industry Impact

Industry Impact

By mitigating the costly effects of corrosion, GFRP rebars help secure the durability and longevity of critical infrastructure, even in the most challenging environments.

5

Reduced Maintenance

Reduced Maintenance

Lower corrosion and extended durability translate into fewer repair cycles and lower long-term maintenance expenses.

6

Operational Efficiency

Operational Efficiency

Faster installation and handling reduce labor costs and minimize construction delays.

7

Value Retentio

Value Retentio

Structures built with GFRP rebars maintain their integrity longer, enhancing asset value over time.

8

Lifecycle Cost Analysis

Lifecycle Cost Analysis

Detailed studies show that the overall total cost of ownership for GFRP-reinforced structures is substantially lower compared to those using traditional steel.

9

Investment Rationale

Investment Rationale

For stakeholders and decision-makers, these economic advantages provide a compelling case for adopting GFRP as the reinforcement material of choice.

1

Stronger than Steel

GFRP rebars deliver higher tensile strength than conventional steel, providing superior load-bearing performance and long-term structural reliability. They resist corrosion, fatigue, and environmental damage — ensuring stronger, more durable construction over time.

2

80% Lighter than steel

GFRP rebars are up to 80% lighter than traditional steel bars, making them easier to transport, handle, and install. Their lightweight nature reduces labor effort, speeds up construction, and lowers overall logistics costs — without compromising on strength or performance.

3

Upto 30% Savings as Compared to TMT Bars

GFRP rebars can deliver up to 30% overall cost savings compared to traditional TMT bars. Reduced transportation weight, lower installation costs, zero corrosion maintenance, and longer service life all contribute to significant long-term project savings.

4

Saving in Overlapping Cost

GFRP rebars require shorter lap lengths compared to traditional steel, reducing material consumption in overlapping areas. This minimizes wastage, optimizes reinforcement usage, and leads to noticeable cost savings across the entire project.

OUR Application

GFRP Rebar Application

Base Slab And Industrial Floors

Base Slab And Industrial Floors

RCC Highways

RCC Highways

Foundations

Foundations

Swimming Pools

Swimming Pools

Drainage

Drainage

Underground Water Tanks

Underground Water Tanks

Precast

Precast

Bridge Decks

Bridge Decks

Columns

Columns

Hospital MRI areas

Hospital MRI areas

Parking

Parking

Crash barriers

Crash barriers

Friction Slab

Friction Slab

Chemical plants

Chemical plants

walls

walls

Pavements

Pavements

Barrier walls

Barrier walls

Approach slab

Approach slab

Our Advantages

GFRP Rebar Advantages


Zero Maintenance

Zero Maintenance

Corrosion Resistant

Corrosion Resistant

Easy Site Handling & Easy Cutting

Easy Site Handling & Easy Cutting

Radio Transparent

Radio Transparent

Stronger

Stronger

Eco Friendly

Eco Friendly

Savings In Overlapping Cost

Savings In Overlapping Cost

Reduced Concrete Coverage

Reduced Concrete Coverage

Faster And Safer Installation

Faster And Safer Installation

Less Thermal Expansion

Less Thermal Expansion

Lower Installation Cost

Lower Installation Cost

Longer Life Span

Longer Life Span

Easy To Transport

Easy To Transport

Durable

Durable

Water Resistant

Water Resistant

Lighter

Lighter

Cost Effective

Cost Effective

Dielectric

Dielectric

Work Approach

Sustainable Construction

Environmental Considerations Are At The Forefront Of Modern Construction. GFRP Rebars Offer Significant Sustainability Benefits, Aligning With Global Green Building Practices.

01

Energy-Efficient Production

Our manufacturing processes are optimized to reduce energy consumption and minimize carbon emissions

02

Long Lifecycle

The extended service life of GFRP Reduces the need for frequent replacements, leading to less construction waste.

03

Reduced Resource Consumption

Lightweight materials mean lower transportation and handling requirements, conserving fuel and reducing emissions.

04

Recyclability and Waste Reduction

Advanced composite technologies are increasingly exploring recycling opportunities, contributing to a circular economy in construction.

05

Environmental Impact Statement

By choosing GFRP rebars, you not only invest in superior performance but also contribute to building a greener, more sustainable future.


Technical Specification

Technical Specifications

Characteristic Reinforced-Bar
Steel Rebar GFRP Rebar
Material Steel GFRP
Ultimate tensile strength 450 1100
Modulus of Elasticity 200000 55000
Elongation 25 2.2
Density 7.8 1.9
Thermal conductivity 48-58 0.25
Produce profiles 6mm – 80mm 4mm – 50mm
Length Rod lenghts of 6-12 m Any length required
Longevity In accordance with building standards 80 years +
Bond Strength 14.5 MPa 13 MPa
Bond Stress 2.5 MPa 5 MPa
FAQ’S

Have Any Question?

A corrosion-resistant, lightweight alternative to steel reinforcement, made of glass

Stronger tensile strength, corrosion-proof, lightweight, non-conductive, and longer- lasting.

Bridges, highways, marine structures, tunnels, airports, and corrosion-prone environments.

No, it is 100% corrosion-resistant.

No, it must be pre-shaped during manufacturing.

Higher initial cost but lower maintenance and long-term savings.

Over 100 years with minimal maintenance.

Yes, it offers high flexibility and strength.

Yes, it is UV stable and does not degrade under sun exposure.

No, it bonds well with concrete.

Yes, GFRP performs well in cold temperatures and does not suffer from rust or freezing
issues like steel.

Yes, lower energy production and zero corrosion reduce environmental impact.

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