4EQ STRUCTURAL BAR (10M)

4EQ Structural Bar

4EQ Structural Bar is a high-performance rebar, engineered to replace steel rebar in vertical and structural applications. The first GFRP rebar accepted by ICC-ES, making it compatible with the Residential Building Code and Commercial Building Code.

SIZE -1/2-inch rib to rib diameter, 7/16-inch load-bearing core diameter.

APPLICATIONS

• Use 4EQ Structural Bar® with TNL’s prescriptive reinforcement guides and simplify your workflow. Applications include but are not limited to:

  • Foundation Walls
  • Suspended Slabs
  • Most Structural Applications

DATASHEET

Learn more about 4EQ Structural Bar® by checking out the datasheet HERE Or contact us today.

Key Advantages

• Corrosion-proof Reinforcement: Zero rust, zero spalling, eliminates costly rehabilitation and maintenance.
  
• 100+ Years Service Life: Engineered to extend the service life of your reinforced concrete for centuries.
  
• Quick & Simple Installation: Up to 50% labor savings compared to installing traditional steel rebar.
  
• Transportation Savings: Weighs 25% the weight of steel rebar. One truck of MST-BAR® replaces four truckloads of steel.
  
• High Performance in All Climates: Stronger reinforcement in freeze-thaw climates and guaranteed longevity in coastal regions.
  
• No Waterproofing: Eliminates need for costly waterproofing agents and epoxy coating necessitated by rust-prone steel rebar.
  
• MST-BAR® BEND Technology: Fastest turnaround time for factory fabricated bent bars. Our proprietary corrugated sleeve achieves any bend possible.
  
• Thermal Insulator: Increase your structure’s energy efficiency.
  
• Nonconductive & Nonferrous: Ideal for projects with electro-magnetic sensitivity.
  
• High Chemical Resistance: High alkaline resistance. Impervious to de-icing salts and other harsh chemical attacks.
  
• Environmental Sustainability: Environmentally friendly manufacturing leaves a fraction of the carbon footprint left by steel mills.
  
• High Fatigue Resistance: 20X higher resistance under cyclical loading compared to traditional steel rebar.