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Starbars™ GFRP Bar

Starbars™ GFRP Bar showing multiple diameters of non metallic fibregalass reinforcing bar for concrete reinforcement.

Starbars™ GFRP Bar

Starbars™ GFRP Bar is Danterr’s high-performance solution in Fibreglass Reinforcement, developed to meet the demanding requirements of today’s construction projects. Manufactured using Glass Fibre Reinforced Polymer technology, Starbars™ delivers durable, efficient reinforcement for concrete structures, providing long-term value across a wide range of applications. Starbars™ GFRP Bar is available in standard diameters ranging from 10mm to 16mm, supplied in 6000mm lengths.

Starbars™ GFRP Bar defines fibreglass concrete reinforcement, combining premium glass fibres with a resilient polymer matrix to produce a deformed reinforcing bar designed to perform reliably in challenging environments. Unlike steel, the material does not rust, making it well-suited to structures exposed to coastal, marine, or chemically aggressive conditions. It is manufactured in accordance with ASTM D7957/D7957M US Standard compliance and aligns with internationally recognised design and construction standards, providing confidence for engineers, consultants and contractors.

What is a GFRP Reinforcing Bar?

GFRP, or Glass Fibre Reinforced Polymer, is a composite material formed by continuous high-strength glass fibres encapsulated within a polymer resin. This manufacturing process produces a robust GFRP Bar that is corrosion-resistant, lightweight and purpose-built for concrete reinforcement.

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Specification

Product Code Description
121478 Fibreglass Deformed Bar 10mm x 6000mm
122358 Fibreglass Deformed Bar 12mm x 6000mm
121480 Fibreglass Deformed Bar 16mm x 6000mm

Key Features and Benefits

  • Up to 2× stronger than steel reinforcement, delivering high tensile capacity for concrete applications
  • Up to ¼ the weight of steel bars, allowing easier handling, transport and placement on site
  • Reduced labour requirements, with documented handling efficiencies due to lightweight bars
  • Lower transport and freight costs, achieved through significantly reduced bar weight
  • Non-corrosive material, supporting longer structural service life in coastal, marine and chemically aggressive environments
  • Improved site safety, as reduced bar weight lowers manual handling strain and repetitive lifting risks
  • Electrical non-conductivity, making the bars suitable for rail, tram, MRI and electromagnetic-sensitive applications

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