Fibretron Rebar

What is FIBRETRON REBAR ?

FIBRETRON rebars are Glass Fibre Reinforced Polymer (GFRP) Rebars that are a lightweight, high-strength and corrosion-resistant alternative to traditional steel reinforcement bars. FIBRETRON rebars are made of composite material, which comprises of high strength glass fibers embedded in a polymer resin matrix.

Sustainable Infrastructure Solutions

(FIBRETRON rebars compared to steel)
Raw Materials

FIBRETRON rebars have a 15% lower carbon footprint than steel*

The Manufacturing Process

Minimal heat, water, and energy used Lower CO2 emissions Process efficiency = minimal waste

Distribution

4 x lighter than steel More products per truckload Less fuel required for transportation

Use

Increases asset life-cycle by as much as four times Zero maintenance requirements Seawater can be used in cement production Saves fresh water Less cement content needed

Recycle

FIBRETRON composites can be crushed and used as aggregate in concrete

Advantages of using Fibretron products

The use of Fibretron rebars in construction can play a significant role in India's mission to become 'Net zero' by reducing the carbon foo print of buildings and infrastructure. Fibretron rebars are an innovative and eco-friendly alternative to traditional steel reinforcement bars, with significantly lower embodied carbon and a longer service life. By replacing steel with Fibretron rebars, the construction industry can reduce its carbon emissions and contribute to India's ambitious goal of achieving net-zero greenhouse gas emissions by 2050.

Whole of Life Savings

Design life cycle becomes Double with 100+ years with Zero maintenance cost

Corrosion Free

Exceptional resistance in salt water environments, Does not rust or leach

Highly Chemical Resistant

Exceptionally resistant to a wide range of chemicals

Lightweight

4 x lighter than steel with Faster installation, reduced injury risks, & lower transportation costs

Low Thermal Conductivity

Maintains excellent thermal insulation values

Highly Durable

Over 100 years retention of strength and modulus in high pH environments

High Tensile Strength

Twice the strength of steel

Non-electromagnetic

Non-conductive and electro-magnetically neutral

Non-magnetic

No interference with sensitive enquipment

Easy to cut and install

Cut on-site using standard cutting tools

No Thermal Cycling Impact

Thermal expansion coefficient almost identical to concrete

Low Environmental Impact

15% lower carbon footprint than steel (comparison based on the manufacture of steel)

FIBRETRON Savings

Cost Savings & Sustainability across the Asset Life-cycle

Sustainability is achieved by balancing environment, economic, and social needs – ensuring what is done today will provide a lasting and productive future. FIBRETRON delivers in all key areas, advancing positive outcomes for asset owners, communities, and the environment.

    Economic Prosperity

  • Longer life cycles. Non-corrosive durable rebar requires no expensive maintenance and preventative corrosion measures.
  • Design guides and codes have been improved over time. In recognition of the high performance of modern Fibretron rebars, the quantities required for reinforcement have been reduced.
  • Design and manufacturing of Fibretron rebar have been optimized and are competitively priced.
  • Eliminating the risk of corrosion in infrastructure results in savings across the entire asset life.
  • Less maintenance (e.g. roadworks) reduces economic losses through delays, and business interference.
  • 4x lighter than steel means less tonnage to transport.

    Environmental Savings

  • FIBRETRON does not corrode or cause concrete spalling and breakage.
  • No rust or chemical leaching.
  • Long-lasting structures result in less damage to the environment.
  • Requires less concrete coverage.
  • Fibretron composites have a 15% lower carbon footprint than steel (comparison based on the manufacturer of steel rebar).