MACt Glass Fibre Rebar 10mm

MACt Glass Fibre Rebar 10mm x 1.45m offers unmatched strength and durability for construction. This innovative GFRP rebar, weighing 75% less than steel, reduces labor and transportation costs. With twice the tensile strength of steel, it withstands tough demands.

Corrosion-free, it ensures a longer lifespan and low maintenance. Cut to fit various needs, it’s ideal for tunnels, high-voltage areas, or sensitive environments. Say goodbye to corrosion risks with this eco-friendly, sustainable construction solution. Choose MACt for strength, longevity, and a greener future in construction.

$11.00 Inc GST

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Product Description: GFRP Rebar 10mm x 1.45m

Our GFRP (Glass Fibre Reinforced Polymer) Rebar redefines concrete reinforcement by offering exceptional tensile strength—twice that of steel—while remaining 75% lighter. Measuring 10mm x 1.45m, it delivers unmatched durability in harsh, corrosive environments, making it an ideal choice for both GFRC (Glass Fibre Reinforced Concrete) and standard concrete projects. Designed to eliminate common issues associated with steel reinforcement (such as rust and conductivity), this GFRP Rebar supports safer, more sustainable, and cost-effective construction practices.

Key Features & Benefits

  1. 75% Lighter Than Steel
    • Reduced Labour & Freight: Less weight means easier handling, lower transport costs, and fewer on-site injuries.
    • Faster Installation: Speeds up project timelines while minimising manual effort.
  2. Corrosion-Free Reinforcement
    • Long-Term Durability: Ideal for water-exposed or salt-heavy environments, preventing rust and minimising maintenance.
    • Lower Life Cycle Costs: Eliminates the need for protective coatings or periodic repairs.
  3. High Bond Strength
    • Improved Structural Integrity: Allows for increased spacing between rebars while maintaining optimal load transfer.
    • Design Flexibility: Facilitates more efficient layouts, potentially reducing overall material usage.
  4. High Tensile Strength (2× Steel)
    • Enhanced Load-Bearing Capacity: Handles significant stress without compromising structural stability.
    • Lighter Structural Frames: Takes advantage of stronger reinforcement to reduce the bulk of other components.
  5. Cuttable Reinforcement
    • Ideal for TBM & Soft-Eyes: Easily modified to suit tunnel developments and specialised structural openings.
    • Simple On-Site Adjustments: Can be trimmed with common tools—no special equipment required.
  6. Non-Conductive & Non-Magnetic
    • Safe for High-Voltage Areas: Prevents electrical conductivity issues in energy or utility projects.
    • Perfect for Hospitals & Labs: Mitigates magnetic interference in sensitive environments.
  7. Risk-Free Alternative to Steel
    • No Accelerated or Anodal Corrosion: Eliminates corrosion risks caused by scratches or damage during handling.
    • Reduced Maintenance: Long-lasting performance without the need for coatings or galvanisation.
  8. Sustainable
    • Low Carbon Footprint: Contributes to eco-friendly construction practices.
    • Reduced Material Usage: Lightweight design and longevity help minimise overall resource consumption.

Performance Highlights

  • Corrosion Resistance: Resilient against salt, moisture, and chemicals, extending structural service life.
  • Lightweight Handling: Simplifies logistics and speeds up on-site installation.
  • Strength & Flexibility: Combines superior tensile capacity with easy adaptation to project-specific requirements.

Recommended Applications

  1. GFRC (Glass Fibre Reinforced Concrete)
    • Reinforces thinner, decorative concrete elements where traditional steel might be too heavy or prone to corrosion.
  2. Marine & Coastal Infrastructure
    • Offers maximum durability in saltwater environments like wharves, seawalls, and piers.
  3. Water & Wastewater Facilities
    • Prevents deterioration in chemically aggressive or consistently wet conditions.
  4. Power & Utility Projects
    • Ideal for substations, transformers, and high-voltage areas due to its non-conductive properties.
  5. Tunnel & Soft-Eye Construction
    • Cuttable rebar is invaluable for TBM operations, enabling precise modifications on site.
  6. Healthcare & Laboratory Settings
    • Non-magnetic composition safeguards equipment performance and sensitive experiments.

Why Choose Our GFRP Rebar?

  • Superior Strength-to-Weight Ratio: Twice as strong as steel at a fraction of the weight.
  • Corrosion-Free: Extends the lifespan of concrete structures without coatings or costly upkeep.
  • Safety & Convenience: Non-conductive and simple to install, reducing workplace hazards and project delays.
  • Cost-Effective & Sustainable: Minimises transport and labour costs, while lowering environmental impact.
Our GFRP Rebar 10mm x 1.45m is the cutting-edge solution for contemporary construction needs, blending exceptional strength, corrosion resistance, and sustainability. Whether your project involves GFRC elements, marine infrastructure, or high-voltage installations, this pioneering rebar delivers performance well beyond that of traditional steel. Choose GFRP Rebar for a durable, future-focused, and eco-conscious approach to concrete reinforcement.
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Additional information

Weight0.5 kg
Dimensions300 × 8 × 8 cm
Size

10mm x 1.45m

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We have a 30-day return policy, which means you have 30 days after receiving your item to request a return.
To start a return, you can contact us at sales@mact.au
Please note that returns will need to be sent to the following address:
Unit 3C, 919-925 Nudgee Road, Banyo, QLD, 4014, Australia
If your return is accepted, we’ll send you instructions on how and where to send your package. Items sent back to us without first requesting a return will not be accepted. Please note that if your country of residence is not Australia, shipping your goods may take longer than expected.
You can always contact us for any return questions at sales@mact.au

Expect prompt delivery and easy tracking — every order comes with updates along the way.

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Got any question?

Browse through our frequently asked questions to find answers on everything from mould preparation and casting techniques to finishing and long-term maintenance.

Australia’s warm and, in many regions, coastal climate necessitates adjustments during manufacturing. High temperatures can accelerate hydration, so controlled curing environments—such as covering pieces with plastic to retain moisture—are essential. Additionally, lower water-to-cement ratios and carefully selected admixtures help mitigate rapid evaporation and ensure that GFRC develops its designed strength and durability.

Manufacturers address these challenges by:

  • Using precision mixing equipment to achieve a uniform blend and ensure proper fibre distribution.
  • Fine-tuning spray parameters (such as pressure, nozzle design and technique) to avoid voids, pinholes and surface defects.
  • Regular maintenance of equipment and continuous operator training.
  • Adjusting admixture dosages as required to optimise workability and adhesion.

Future trends include increased automation—such as robotic spraying and digital mould design—as well as a greater focus on sustainable practices (e.g. incorporating recycled materials and eco-friendly admixtures). Advances in fibre treatment technology and computer-aided manufacturing are enabling more complex, custom-designed panels. Ongoing research is continually refining mix designs and curing methods to better suit Australia’s diverse environmental conditions.

GFRC is a composite product that combines high‐quality cement, fine aggregates, polymers and alkali‐resistant glass fibres – all premixed to the correct proportions. Its high strength‐to‐weight ratio, durability and capacity for being cast in thin, custom shapes make it ideal for creating stylish and long-lasting benches and tables for both indoor and outdoor use.

GFRC manufacturers must comply with Australian building codes and standards relating to precast concrete, structural performance and safety. This means that production processes, material testing and installation methods are stringently monitored and documented. Close collaboration with local certifying bodies ensures that GFRC products meet all necessary performance and regulatory requirements.

With our premix product, all the ingredients are already proportioned for optimal strength and workability. This means you can focus on preparing your moulds and executing a neat cast rather than measuring raw materials.

Moulds for benches and tables can be constructed from high-density foam, melamine, or even silicone for more intricate designs. It is essential that the mould is smooth, watertight and well supported. Pre-treat the interior with a quality release agent to ensure that the cured GFRC can be removed cleanly.

Typical additional admixtures levels for a 20kg:

  • Water: 2.78L–3.0L
  • Plasticiser: 10g – 50g
  • Fibres HD: 50g-300g
  • Fibres Bundled: 400g-700g
  • Retarder: 5g-20g
  • Accelerator: 5g–20g
  • Defoamer: 1g-3g
  • Colour: up to 800g

*NOTE: All admixes will alter the way the mix behaves.

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