JRD’s GFRP Rebar (Glass Fiber Reinforced Polymer Rebar), is a revolutionary construction material surpassing traditional Steel with its high strength-to-weight ratio, corrosion resistance, and ease of installation. Ideal for diverse civil engineering applications, from highways to marine structures, GFRP Rebar ensures longevity, reduces maintenance costs, and promotes eco-friendly practices. Embrace the future of construction with GFRP Rebar – where strength meets innovation for sustainability and resilience.
Corrosion-Resistance
High Strength-to-Weight Ratio
Ease of Installation
Electromagnetic Neutrality
Non-Conductive Properties
In concrete reinforcement, JRD Composite Rebar serves as a superior alternative by addressing corrosion and maintenance costs associated with traditional Steel. Its exceptional features enhance industry standards, offering a transformative alternative in corrosive environments. Discover why JRD Composite Rebar is reshaping construction norms:
GFRP Rebars weigh 1/4th of Steel Rebars and are twice in Tensile Strength, thus offering the advantage of 8 times in strength-to-weight ratio over Steel.
Unlike standard life of 50-years using Steel Rebar, Composite Rebar offers a century-long lifespan. Resisting corrosion, it ensures enduring structural integrity of the concrete through its lifespan.
The lower density, higher strength than Steel and good fatigue resistance makes GFRP Rebar a suitable alternate for construction.
Non-electric and non-conductive, GFRP Rebars can be adapted in diverse environments, ensuring both safety and longevity for construction.
JRD's manufacturing process prioritizes sustainability, minimizing carbon emissions and aligning with eco-friendly practices, contributing to a greener and more sustainable future.
GFRP Rebar delivers a concrete bond is reliably no less than Steel.
