IS 18256:2023 Certified Rebars
Reinforcement,
Redefined.
100% Corrosion-Free Industrial Infrastructure. Building a stronger, safer, and smarter tomorrow with Glass Fiber Reinforced Polymer (GFRP).
The Numbers Speak.
Why industry leaders are leaving steel behind.
4×
Massively reduces handling and transport loads.
2×
Stronger Than Steel
Exceptional durability for high-load applications.
1100+
25-30%
Savings in Project cost
0
Maintenance Required
Rust Free
80+
Years Lifespan
Innovation Meets Industrial Strength.
For over 50 years, GFRP rebars have been a proven corrosion-prevention solution globally.
At Hindustan FRP, we transform ideas into reality. Made primarily of glass fiber and epoxy resin with a spiral-wrapped belt, GFRP is the most technologically advanced reinforcement material.
Guided by family-owned values, we deliver excellence on time, within budget, and beyond expectations.
Innovation
Cutting-edge composite solutions.
Performance
Exceeding project expectations.
Excellence
Highest quality standards.
Trust
Long-lasting partnerships.
Unfair Advantages.
11 reasons why GFRP is the definitive material of the future.
Corrosion Resistant
Zero rust in harsh chemical or marine environments.
Zero Maintenance
Longer lifespan with absolutely no corrosion upkeep.
Cost Effective
Lower material and long-term ownership costs.
Eco Friendly
Sustainable alternative with minimal environmental impact.
Non Magnetic
Radio transparent and non-conductive for sensitive infrastructure.
Water Resistant
Performs reliably and continuously in submerged conditions.
Less Thermal Expansion
Remains stable across extreme temperature ranges.
Lower Install Cost
Faster, easier, and safer on-site installation.
Reduced Coverage
Less concrete cover needed; lower overlapping cost.
Easy Cutting
Simple to cut and incredibly light for easy transport.
4× Lighter
Than traditional steel reinforcement.
The Product Lineup.
GFRP Bars
Diameter: 6-32 mm
Straight Length: Up to 12 m
GFRP Coils
Length: 100m
Diameter: 6-10mm
GFRP Bents
Diameter: 4-14 mm
Shapes: As per client design
GFRP vs Steel Grade 500
Property
GFRP
Steel
Tensile Strength
1100+ MPa
500 MPa
Continuous Length
Up to 100 m
12 m
Lifespan
80+ years
50 years
Corrosion Free
✓ Yes
✕ No
Common Questions.
How does GFRP bond with concrete?
The ribbed surface profile of our rebars ensures excellent mechanical interlock and bonding with concrete, matching or exceeding traditional steel.
What binding material is needed for GFRP?
Standard binding wire can be used, though coated wire or nylon cable ties are recommended for completely non-corrosive environments.
Is GFRP fire resistant?
When embedded in concrete, the concrete acts as a fire barrier. GFRP maintains its structural integrity within the standard fire ratings of the concrete cover.
Can GFRP be used in slabs and walls?
Yes, GFRP is highly recommended for slabs, non-structural walls, boundary walls, and retaining walls due to its tensile strength and light weight.
Can GFRP be mixed with metal rebars?
Yes, hybrid reinforcement is possible. However, they should be designed carefully considering their different elastic moduli.
Is GFRP brittle?
GFRP has a linear elastic behavior up to failure. While it doesn't yield like steel, its high tensile strength provides a large safety margin before failure.
Any precautions during handling?
Workers should wear standard PPE (gloves) when handling cut ends to avoid glass splinters. Otherwise, handling is significantly easier than steel due to its low weight.