GFRP Rebars

We support infrastructure owners, contractors, engineers, and industrial partners seeking durable materials, practical engineering support, and opportunities to reduce long-term maintenance and lifecycle costs.

Why advanced reinforcement matters

Traditional steel reinforcement can corrode when exposed to chlorides and aggressive environments. Bridges, marine structures, parking facilities, and other concrete infrastructure may face costly repairs and shorter service intervals. GFRP reinforcement offers a corrosion-resistant alternative for appropriately designed applications.

Our focus areas

• GFRP rebar and advanced composite products for infrastructure and industrial applications

• Engineering analysis, CAD modeling, and FEA-supported product development

• Manufacturing process improvement, prototyping, and technical R&D

• Material selection, testing coordination, product documentation, and project support

• Technical training and collaboration with customers, suppliers, and research partners

Potential advantages

• Resistance to chloride-related corrosion in suitable exposure conditions

• High tensile strength relative to weight and lightweight handling

• Electrical nonconductivity and low thermal conductivity

• Opportunities to reduce corrosion-related maintenance over a structure’s service life

• Compatibility with engineering design and analysis when verified material properties are used

Product properties, design limits, compliance, and service-life performance depend on the specific bar formulation, test results, applicable standards, and project requirements. GFRP is not a drop-in replacement for steel in every application.