GFRP REBAR
Prices
Cost-Efficient GFRP Rebar
**Why Our GFRP Reinforcement Is Economically Attractive**
Lower Total Material Cost
Our production and supply chain setup allows us to offer GFRP reinforcement at prices well below many publicly available European comparison prices, even after freight to Europe is considered.
Efficient International Supply Chain
Production in India, combined with commercial coordination through our Turkish partner company, creates a lean and cost-efficient route into the European market.
Corrosion-Resistant And Durable
GFRP does not rust. This makes it especially suitable for concrete exposed to moisture, chlorides, de-icing salts, marine environments or chemically aggressive conditions.
Lightweight And Easy To Handle
GFRP reinforcement is significantly lighter than steel reinforcement. This can simplify transport, handling and installation on site.
Non-Conductive And Non-Magnetic
GFRP does not conduct electricity and is not magnetic. It is therefore suitable for selected applications near rail systems, electrical installations, research facilities, medical buildings and sensitive measurement environments.
Please contact us for the latest distributor and project pricing.
Prices subject to quantity and destination.
Cost-Efficient GFRP Reinforcement For Europe
GFRP reinforcement offers a modern, corrosion-resistant alternative for concrete construction. It combines high tensile strength, low weight, non-conductive properties and long-term durability in demanding environments.
Through our international supply structure, with production in India and European coordination through our Turkish partner company, we are able to offer GFRP reinforcement at highly competitive conditions for the European market.
Our indicative pricing model already includes a conservative freight and handling allowance from India to Europe. Even after logistics costs are considered, our model prices remain significantly below many publicly visible European online reference prices reviewed in June 2026.
Important Pricing Note
All prices are indicative, non-binding and without guarantee. The calculation is based on our internal price model, public market references and logistics assumptions available in June 2026. Final prices may vary depending on exchange rates, order quantity, container utilization, freight market conditions, port charges, customs duties, certification requirements and project-specific specifications.
The use of GFRP reinforcement must always be checked against applicable technical rules, structural design requirements and approval conditions in the relevant country.
Looking For A Competitive GFRP Reinforcement Supply?
Contact us for product specifications, indicative pricing, order quantities and delivery options.
(Indicative comparison only.
Market references, freight assumptions and calculation basis are documented internally and can be shared with qualified project partners upon request.)
Advanced Thermal Stability
Stronger. Lighter. Longer Lasting. Engineered for the Future of Reinforced Concrete.
KISIKA GFRP Rebar combines thermally stable E-Glass fibres with advanced polymer technology to deliver reliable performance in demanding environments. The reinforcement core remains stable at temperatures far beyond the limits of conventional construction materials, while specialised resin systems can be selected to meet enhanced fire-performance requirements for critical infrastructure projects.
THERMAL PERFORMANCE
KISIKA GFRP Rebar is manufactured using high-performance E-Glass fibres embedded in a durable polymer matrix, delivering exceptional long-term performance in demanding environments.
Unlike conventional steel reinforcement, GFRP reinforcement is immune to corrosion and maintains its structural integrity in aggressive chemical, marine and high-moisture conditions.
The E-Glass fibres used in KISIKA GFRP Rebar exhibit outstanding thermal stability and do not begin to soften until temperatures of approximately 830°C, providing a highly stable reinforcement core even under severe thermal exposure.
For standard structural applications, the composite system is designed to maintain full performance within its specified service temperature range. For projects requiring enhanced fire performance or elevated-temperature resistance, KISIKA can provide customised GFRP solutions using advanced resin systems, including High-Tg Epoxy, Phenolic, BMI or Cyanate Ester technologies.
This enables engineers and designers to specify reinforcement systems tailored to the thermal and fire-performance requirements of critical infrastructure, transportation, industrial and energy projects.
Key Benefits:
• Thermally stable E-Glass fibre reinforcement
• Corrosion-free performance in aggressive environments
• Non-conductive and non-magnetic
• Reduced thermal bridging compared to steel
• Customisable resin systems for enhanced fire performance
• Suitable for critical infrastructure and long-life assets