Footpaths

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in footpath construction. It offers durability, safety, sustainability, circularity, and cost efficiency, making it an ideal choice for creating footpaths that withstand the test of time while contributing to a lower carbon, built environment.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends footpath lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining footpath integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of footpaths. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize municipal budgets.

MSFRC is an excellent choice for footpaths as it replaces the need for traditional steel mesh. Using Re-Poly RF47 fibres in footpath construction ensures faster, safer, and more cost-effective construction, as there is no requirement for time-consuming steel mesh setup, inspection, and handling. Additionally, the absence of steel in the concrete eliminates any potential issues related to corrosion, making the footpaths more durable and reliable.

For more information, please contact fibre@danbar.com.au

Shared Users

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in Bikeway construction. It offers durability, safety, sustainability, circularity, and cost efficiency, making it an ideal choice for creating bikeways that withstand the test of time while contributing to a lower carbon, built environment.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends SUP lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining concrete integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of Bikeways/SUP. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize municipal budgets.

Like footpaths, MSFRC is ideal for bikeway construction. The use of Macro Synthetic fibres replaces the steel mesh, reducing construction time and costs. Moreover, the absence of steel reinforcement eliminates the risk of corrosion, ensuring a longer service life for the bikeways and minimizing maintenance requirements.

For more information, please contact fibre@danbar.com.au

Carparks

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement for carparks, MSFRC serves as a replacement for steel mesh in shrinkage reinforcement. The use of Macro Synthetic fibres streamlines the construction process, reduces material costs, and eliminates the risk of steel corrosion. This results in faster construction and longer-lasting carparks with enhanced crack control properties.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends SUP lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining concrete integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of Bikeways/SUP. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize budgets.

MSFRC is ideal for carpark construction. The use of Macro Synthetic fibres replaces the steel mesh, reducing construction time and costs. Moreover, the absence of steel reinforcement eliminates the risk of corrosion, ensuring a longer service life for the bikeways and minimizing maintenance requirements.

For more information, please contact fibre@danbar.com.au

Precast

MSFRC offers a practical alternative to steel reinforcement in precast elements such as pits, headwalls, wing walls, and small products.

Using Macro Synthetic fibres simplifies casting processes by eliminating the need for steel fixing. Additionally, MSFRC's crack control properties and durability ensure precast elements maintain their integrity and functionality over time.

When using fibres in precast for elements like pits, risers, wingwalls, headwall and feed troughs, we need to obtain specific details pertaining to loading and use requirements of the elements, and then engage our structural engineers to do a full design analysis.

This approach is what we have undertaken for the past 15 years for clients. These designs are done using a full Finite Element Modelling program and will evaluate where steel bars are still required in the precast.

These precast elements are what we call hybrid design combining MSFRC with steel bars at critical locations. These designs also are required to meet various codes from state transport depts and meet AS5100 & AS3600 codes.

For more information, please contact fibre@danbar.com.au

Traffic Medians

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in concrete construction. It offers durability, safety, sustainability, circularity, and cost efficiency, making it an ideal choice for creating traffic medians that withstand the test of time while contributing to a lower carbon, built environment.

A great example of the benefits for an asset owner using MSFRC is the construction of a traffic island where traffic control is required, by using MSFRC and eliminating the need for steel mesh set up time and engineering inspection to ensure mesh has been correctly placed and fixed, a small job that may only require between 5-20m3 of concrete, can reduce the time the road is either closed or has traffic control in place. Depending on the road location this can equate to potentially tens of thousands of dollars where each day of traffic control costs $10k+.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends concrete pavements lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining concrete integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of traffic medians. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize municipal budgets.

Infilling traffic islands with MSFRC provides a faster and more efficient construction process compared to using steel mesh. The use of Re-Poly RF47 fibres allows for quicker installation, reducing the time traffic control is required during construction. Additionally, MSFRC's crack control properties enhance the durability and performance of traffic islands, particularly in high-traffic areas.

For more information, please contact fibre@danbar.com.au

Commercial & Light Industrial Slabs

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in commercial slab construction. It offers durability, safety, sustainability, circularity, and cost efficiency, making it an ideal choice for creating bikeways that withstand the test of time while contributing to a lower carbon, built environment. The absence of steel mesh reduces labour and material costs, while the crack control provided by the fibres ensures the slabs can withstand loads and maintain their structural integrity.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends SUP lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining concrete integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of Bikeways/SUP. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize budgets.

MSFRC is ideal for commercial slab construction. The use of Macro Synthetic fibres replaces the steel mesh, reducing construction time and costs. Moreover, the absence of steel reinforcement eliminates the risk of corrosion, ensuring a longer service life for the commercial slab and minimizing maintenance requirements.

For more information, please contact fibre@danbar.com.au

Domestic Patios

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in patio construction. It offers durability, safety, sustainability, circularity, and cost efficiency, making it an ideal choice for creating patios that withstand the test of time while contributing to a lower carbon, built environment.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends footpath lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining footpath integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of footpaths. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize budgets.

MSFRC is an excellent choice for patio’s as it replaces the need for traditional steel mesh. Using Re-Poly RF47 fibres in patio construction ensures faster, safer, and more cost-effective construction, as there is no requirement for time-consuming steel mesh setup, inspection, and handling. Additionally, the absence of steel in the concrete eliminates any potential issues related to corrosion, making the patio more durable and reliable.

For more information, please contact fibre@danbar.com.au

Driveways

RePoly RF47 Macro Synthetic Fibre Reinforced Concrete represents a significant advancement in concrete construction.

RePoly RF47 is a suitable choice for driveways. It offers durability, safety, sustainability, circularity, and cost efficiency in construction, making it an ideal choice for creating driveways that withstand the test of time while contributing to a lower carbon, built environment.

By replacing steel mesh with Macro Synthetic fibres, driveways can be completed more efficiently, reducing labour and material costs. The crack control provided by MSFRC ensures the driveways maintain their integrity and appearance over time.

Durability and Longevity:

RF47 fibres boost concrete flexural tensile strength, resisting cracking from shrinkage, traffic loads, and weather. No steel means no corrosion (no concrete cancer). This greater durability reduces maintenance and extends concrete pavements lifespans.

Crack Control and Structural Integrity:

RF47 fibres provide superior crack control, maintaining concrete integrity, and reducing tripping hazards.

Sustainability, Environmental & Social Responsibility are Core for RePoly:

By removing the need for steel, we significantly reduce the carbon footprint of driveways. Additionally, RF47 is packaged by NDIS workers, bringing about tangible social benefits.

Ease of Installation and Cost Efficiency:

RF47 MSFRC is designed for easy installation, thereby lowering labour costs and project timelines. This efficiency also extends to long-term cost savings through reduced maintenance expenses, which helps optimize budgets.

MSFRC is a suitable choice for driveways, offering faster and safer construction. By replacing steel mesh with Macro Synthetic fibres, driveways can be completed more efficiently, reducing labour and material costs. The crack control provided by MSFRC ensures the driveways maintain their integrity and appearance over time.

For more information, please contact fibre@danbar.com.au

Marine Environment

In marine environments, where exposure to saltwater and corrosive elements is a concern, MSFRC serves as a superior reinforcement solution. The absence of steel in the concrete eliminates the risk of corrosion, providing extended durability and resistance to harsh marine conditions.

RePoly RF47 fibre reinforced concrete has shown excellent corrosion resistance due to the synthetic fibre’s complete alkali and chloride resistance. Synthetic fibres that protrude at the surface of concrete elements will not corrode or exhibit unsightly stains when exposed to extreme environments. If cracks occur during the life of the structure, synthetic fibres will remain ductile during load application (if that is the failure mechanism) rather than becoming brittle and fracturing prematurely due to corrosion degradation.

These properties make RePoly RF47 fibre reinforced concrete ideal for coastal structures like wharf piles and armour units. For example, macro synthetic fibres are mandatory for all sub-sea tunnels in Norway as it provides the most durable reinforcement for infrastructure subject to salt spray.

Boat ramps, pavements and pathways in coastal areas perform better with RePoly RF47 fibre reinforced concrete. No steel reinforcing means no concrete cancer.

For more information, please contact fibre@danbar.com.au