Graphene-Oriented FRP Rebar: Revolutionizing Construction Reinforcement

Graphene-Oriented FRP Rebar: Revolutionizing Construction Reinforcement
Avimetal introduces a revolutionary advancement with graphene-infused fiber-reinforced polymer rebar that's 80% lighter than steel with superior strength and complete corrosion resistance.
Unmatched Strength-to-Weight Ratio
Superior Tensile Strength
Graphene-enhanced matrix delivers exceptional structural integrity
80% Weight Reduction
Dramatically lighter than traditional steel reinforcement
Complete Corrosion Resistance
Impervious to rust and chemical degradation
The Graphene Advantage
The Power of Carbon Lattice
Graphene's single-layer hexagonal carbon arrangement creates one of the strongest materials known to science. When infused into the FRP matrix, it significantly enhances tensile strength, thermal conductivity, and crack resistance.
This revolutionary material also improves the bonding interface between rebar and concrete, preventing slippage and structural fatigue over the lifespan of the construction.
Construction Cost Efficiency
80%
Weight Reduction
Compared to steel rebar
50%
Labor Savings
During installation phase
75%
Transportation Cost
Reduction in shipping expenses
2x
Project Speed
Faster completion timelines
Superior Durability in Harsh Environments
Construction Phase
Immediate structural advantages during installation
25 Years
No degradation in marine or high-salt environments
50 Years
Maintains integrity in chemically aggressive conditions
100+ Years
Projected service life with minimal maintenance
Manufactured for Global Scale
OEM Production
Cost-efficient manufacturing in Vietnam
Quality Assurance
Strict engineering standards
Global Distribution
Scalable for international projects
Sustainable Practices
Lower carbon footprint throughout lifecycle
Ideal Applications
Bridges & Highways
Perfect for spans exposed to deicing salts and continuous vibration
Marine Structures
Superior performance in seawalls, piers, and offshore platforms
Smart Buildings
Ideal for structures requiring embedded sensors and extended lifespans
Technical Specifications
Tensile Strength Properties
Ultimate tensile strength exceeding 1,200 MPa with elastic modulus of 60 GPa, providing superior load-bearing capacity while maintaining flexibility for seismic performance.
Chemical Resistance
Impervious to chlorides, sulfates, acids, and alkalis. Tested to withstand pH ranges from 3.0 to 13.0 without degradation, making it ideal for wastewater facilities and chemical plants.
Thermal Properties
Graphene enhancement provides 30% better thermal conductivity than standard FRP, with temperature tolerance from -40°F to 350°F without mechanical property loss.
Installation Requirements
Compatible with standard tying techniques but requires 40% fewer ties due to lighter weight. Special cutting tools required, but no specialized training needed beyond standard orientation.