Re-Poly by Danbar

Re-Poly by Danbar Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Re-Poly by Danbar, Plastic Fabricator, 506 Dowling Street, Ballarat.

Re-Poly RF47 fibres are designed specifically as concrete reinforcement for non-structural applications such as footpaths, bikeways, SUP, and pavements, they offer outstanding crack control while significantly enhancing concrete properties.

A big thank you to everyone who attended the Transport Infrastructure Networking Event.It was a pleasure meeting so many...
28/05/2026

A big thank you to everyone who attended the Transport Infrastructure Networking Event.

It was a pleasure meeting so many people across the infrastructure, construction and supply chain space, and having real conversations about where the industry is heading.

For us at Danbar, events like this are exactly why we do what we do.

Re-Poly is designed to support smarter, faster and more sustainable infrastructure outcomes across Australia.

Made from 100% recycled plastic, our macro synthetic fibres are already being used in concrete applications such as footpaths, shared user paths and pavements, helping reduce the need for steel mesh while improving crack control, durability and long-term performance.

Less steel.
Less handling.
Less corrosion risk.
Lower embodied carbon.

Just practical innovation built for real infrastructure.

Thank you again to everyone who took the time to speak with us.

We look forward to continuing the conversations.

danbarfibre.com.au 👈

For technical information or project discussions:
Tony Collister
0414 911 349
[email protected]

Less mesh. More path.That pallet in the image?Enough 100% recycled macro synthetic fibre to help reinforce an entire foo...
18/05/2026

Less mesh. More path.

That pallet in the image?
Enough 100% recycled macro synthetic fibre to help reinforce an entire footpath system through an average park development.

Now compare that to traditional steel mesh.

A typical footpath project can mean:

- Multiple truck deliveries carrying bulky steel mesh
- Additional workers unloading, moving, lifting and placing reinforcement
- Extra hours spent laying mesh before concrete is even poured
- Increased manual handling and higher on-site risk

With Re-Poly, reinforcement arrives on a single pallet, gets mixed directly into the concrete and is distributed throughout the slab.

That means:
✅ Fewer deliveries to site
✅ Less labour before the pour
✅ Reduced equipment handling
✅ Faster installation times
✅ Lower transport costs
✅ Reduced embodied carbon
✅ Crack control built throughout the concrete
✅ No steel mesh required

For large infrastructure projects, reducing even 1–2 days of labour, equipment hire and traffic management can quickly become thousands of dollars saved.

Less coordination.
Less handling.
Less downtime.
More efficient infrastructure.

Built from 100% recycled Australian plastic.
Designed to perform for years.
Less mesh. More path.

For technical information or project discussions:
Tony Collister
0414 911 349
[email protected]

The Public Works Conference Victoria 2026 is officially underway.Over the next few days, councils, engineers and industr...
13/05/2026

The Public Works Conference Victoria 2026 is officially underway.

Over the next few days, councils, engineers and industry leaders from across the state will come together to discuss the future of public works and civil infrastructure.

From sustainability to practical delivery, it’s a great opportunity to see what’s being implemented across Victoria and where the industry is heading next.

We’ll be there throughout the event showcasing how Re-Poly reinforcement is already being used across footpaths, pavements and shared user paths.

If you’re attending, come and say hello at Booth 3.

13–15 May 2026 | Melbourne

The Public Works Conference Victoria is back for 2026.A chance for councils, engineers and industry to come together, sh...
05/05/2026

The Public Works Conference Victoria is back for 2026.

A chance for councils, engineers and industry to come together, share ideas and look at what’s actually being delivered on the ground across civil infrastructure.

From sustainability to practical delivery, it’s where conversations turn into real-world outcomes.

We’ll be there as part of it, showcasing how Re-Poly is being used across footpaths, pavements and shared user paths throughout Victoria.

If you’re attending, come and say hello at Booth 3.

Concrete doesn’t fail in the pour.It fails in the process.That’s why before anything hits the ground, it gets taught.We ...
21/04/2026

Concrete doesn’t fail in the pour.
It fails in the process.

That’s why before anything hits the ground, it gets taught.

We were invited to deliver a prestart/toolbox session with the BMD team on the Mickleham Rd Upgrade, focused on the correct application of Re-Poly 100% recycled macro synthetic fibre-reinforced concrete (MSFRC) for the shared user path.

Because with materials like this, performance comes down to understanding.

BMD’s approach to knowledge sharing and implementation is exactly how projects should be delivered.
Clear roles.
Clear process.
No guesswork on site.

Re-Poly MSFRC is already being used across footpaths, pavements and shared user paths because it delivers a more efficient, more sustainable alternative to traditional reinforcement.

But like any system, it needs to be applied correctly.
That’s where the difference is made.

On-site education ensures:
Correct placement and finishing
Consistent performance across the slab
No shortcuts that compromise long-term durability

Re-Poly fibres are made from 100 percent recycled plastic, replacing traditional steel mesh in non-structural applications like SUPs and footpaths.

The result is a simpler, safer and more efficient approach on site.

Crack control built into the mix
No steel mesh required
Faster, safer installs

This project is the first major MRPV job to use Re-Poly across 8400m² of shared user path.
And the impact goes beyond construction.

59.06 tonnes of COâ‚‚ reduced
5 tonnes of plastic diverted from landfill
185 hours of NDIS-supported employment created

This is what happens when the right product is backed by the right process.

Better outcomes for the project
Stronger results for the community
Real progress toward more sustainable infrastructure

This isn’t theory.
It’s already being delivered on site.

For technical information or project discussions:
Tony Collister
0414 911 349
[email protected]

Concrete gets poured every day.Performance is what separates it.Re-Poly RF47 is engineered for long-term durability in c...
17/04/2026

Concrete gets poured every day.
Performance is what separates it.

Re-Poly RF47 is engineered for long-term durability in civil infrastructure, already being used across footpaths, pavements and shared user paths.

At Danbar, we’ve combined fibre manufacturing, recycled plastic technology and real-world concrete experience to deliver a reinforcement solution built for non-structural applications that need to last.

This isn’t a concept.
It’s already in the ground across council projects.

Re-Poly fibres are made from 100 percent recycled plastic, replacing traditional steel mesh in concrete reinforcement for footpath construction and municipal infrastructure.

The result is a cleaner, more efficient approach without compromising strength, durability or long-term performance.

Crack control built into the mix
No steel mesh required
Faster, safer installs on site

Designed for real-world civil conditions, Re-Poly delivers consistent performance across footpaths, bikeways, SUPs and pavements.

It also supports broader sustainability outcomes.

Lower embodied carbon in construction
Reduced reliance on steel reinforcement
Supports circular economy outcomes

Every Re-Poly carton is packed by NDIS-supported workers, delivering real social impact alongside environmental benefits.

From a delivery perspective, it simplifies the process.

Faster placement and finishing
Reduced labour requirements
More efficient pours with fewer delays

Already being used across Melbourne’s west and broader council infrastructure projects, Re-Poly RF47 is delivering proven results where it matters.

Traditional steel mesh adds cost, labour and long-term risk.

Re-Poly removes steel, reduces complexity and improves efficiency.

Better outcomes for councils
Safer infrastructure for communities
Lower environmental impact

That’s where modern civil construction is heading.
If you’re not reinforcing concrete this way yet, why not?

For technical information or project discussions:

Tony Collister
0414 911 349
[email protected]

Low-carbon concrete for council infrastructure isn’t a concept anymore. It’s already being poured across Victoria in foo...
09/04/2026

Low-carbon concrete for council infrastructure isn’t a concept anymore.

It’s already being poured across Victoria in footpaths, pavements and shared user paths.

At Re-Poly by Danbar, we’re working alongside Outwest Concrete to support the Earthwise range, delivering practical low-carbon concrete solutions across real municipal infrastructure projects.

This isn’t theory. It’s already in the ground across council asset networks.

Re-Poly fibres are made from 100 percent recycled plastic, replacing traditional steel mesh in concrete reinforcement for footpath construction and civil infrastructure.

When combined with Earthwise low-carbon concrete mixes, it delivers a more sustainable solution without compromising strength, durability or long-term performance.

Lower embodied carbon in concrete construction
Durable performance across footpaths and pavements

Designed for real-world municipal conditions

Built for circular economy outcomes in construction. Re-Poly turns recycled plastic into high-performance reinforcement materials, reducing waste, eliminating unnecessary steel and supporting more sustainable infrastructure delivery across councils.

Every Re-Poly carton is packed by NDIS-supported workers, creating real employment opportunities and delivering measurable social impact alongside environmental benefits.

From a delivery perspective, it simplifies the process.

Faster placement and finishing for crews
Reduced labour requirements on site
More efficient pours with fewer delays

Already being used across Melbourne’s west in council footpaths, paving and infrastructure projects, Re-Poly with Earthwise is delivering proven performance with real environmental outcomes.

Traditional steel mesh adds cost, labour and long-term risk in concrete reinforcement.

Re-Poly removes steel, reduces emissions and delivers a more efficient approach to municipal construction.

Better performance for councils
Safer outcomes for communities
Lower environmental impact

That’s where modern council infrastructure is heading.

If you're not building footpaths and infrastructure with low-carbon, circular-ready concrete reinforcement, why not?

For technical information or project discussions:
Tony Collister
0414 911 349
[email protected]

Footpaths are one of the most used assets in any council network…Yet many still fail early under everyday conditions lik...
07/04/2026

Footpaths are one of the most used assets in any council network…

Yet many still fail early under everyday conditions like shrinkage, traffic loads and weather exposure.

That’s not just a material issue
It’s a reinforcement choice

There’s a smarter solution already being delivered across municipal infrastructure.

Re-Poly RF47 macro synthetic fibre reinforced concrete combines traditional concrete with 100 percent recycled fibres to improve durability, safety and long term performance in footpaths, pavements and shared user paths.

- No steel reinforcement means no risk of corrosion or concrete cancer

- Higher flexural strength to handle movement and loading

-Improved resistance to early age cracking

-Stronger, more reliable concrete performance across council assets

Crack control is where RF47 stands out, fibres are evenly distributed through the mix, not just placed in one layer like mesh.

This helps maintain structural integrity across the full slab, reduces surface cracking and limits trip hazards in pedestrian areas.

Sustainability is built into the system, eliminates the need for steel reinforcement, lowering embodied carbon in concrete construction.

Manufactured from recycled materials, supporting circular economy outcomes in Australia.

Packaging supports NDIS employment, delivering real social impact alongside environmental benefits, from a delivery perspective, RF47 simplifies the entire process.

- No mesh handling, cutting or tying on site

- Faster placement and finishing for civil construction crews.

-Reduced labour requirements across council projects

-More efficient pours with fewer delays

Over the lifecycle of the asset, lower maintenance requirements for councils, reduced repair costs across footpath networks, longer lasting infrastructure with more predictable performance

Traditional steel mesh adds cost, labour and long term risk, Re-Poly RF47 removes steel, improves durability and supports sustainable construction outcomes.

It’s already being used across Australian council and municipal infrastructure projects

Better performance for councils
Safer outcomes for communities
Lower environmental impact
That’s where modern municipal construction is heading

For technical information or project discussions contact Tony Collister on 0414 911 349 or email [email protected]

Footpaths should last, perform and deliver long term value for councils…Yet too many still crack early and drive ongoing...
27/03/2026

Footpaths should last, perform and deliver long term value for councils…

Yet too many still crack early and drive ongoing maintenance across municipal infrastructure and council projects

That’s not just a construction issue
It’s a concrete reinforcement issue

There’s a better way already being used on site

Re-Poly RF47 fibre reinforced concrete replaces traditional steel mesh with 100 percent recycled macro synthetic fibres, delivering a smarter solution for footpath construction, shared user paths and council infrastructure

No steel means no corrosion in outdoor concrete
Improved strength to handle shrinkage, traffic and weather
Consistent crack control across the entire slab
Safer surfaces with reduced trip hazards
No mesh handling, tying or placement on site

And the advantages go beyond the pour

Lower carbon compared to traditional steel reinforced concrete
Reduced maintenance across council infrastructure assets
Longer lasting footpaths and shared user paths
Fewer defects and more predictable project outcomes

The environmental and social impact is built in

Manufactured from 100 percent recycled plastic supporting circular economy construction
Lower emissions for sustainable concrete outcomes
Packaging that contributes to NDIS supported employment

And when it comes to delivery

Faster installs with fewer labour requirements
Cleaner pours using macro synthetic fibre reinforced concrete
Reduced manual handling risks
Shorter timelines across civil projects

Traditional steel mesh reinforcement adds labour, corrosion risk and higher carbon
Re-Poly RF47 fibre reinforced concrete removes steel, lowers emissions and improves long term performance

This isn’t a future concept
It’s already being delivered across Australian council infrastructure projects

Smarter concrete reinforcement for footpaths
Better outcomes for councils
Safer, longer lasting infrastructure
Lower environmental impact

That’s where modern construction is heading

For technical information or project discussions contact Tony Collister on 0414 911 349 or email [email protected]

Footpaths shouldn’t crack, fail and cost councils more to maintain within a few years…Yet that’s still the standard acro...
24/03/2026

Footpaths shouldn’t crack, fail and cost councils more to maintain within a few years…

Yet that’s still the standard across many municipal infrastructure projects and shared user paths.

There’s a better way already being used on site.

Re-Poly RF47 fibre reinforced concrete replaces traditional steel mesh with 100 percent recycled macro synthetic fibres.

No steel means no corrosion in outdoor council infrastructure
Better crack control across footpaths and pavements
Safer installs for construction crews
Faster pours and more efficient project delivery

And the numbers speak for themselves

Lower carbon concrete outcomes for sustainable infrastructure

Reduced maintenance costs for councils and asset owners

Longer lifespan for footpaths and shared user paths

Even the packaging creates real impact, supporting NDIS employment and circular economy initiatives

This isn’t a future solution

It’s already being used in fibre reinforced concrete across Australian council projects

Smarter materials for municipal infrastructure

Better outcomes for communities

Less impact on the environment

That’s where sustainable construction in Australia is heading

For technical information or project discussions contact Tony Collister on 0414 911 349 or email [email protected]

Address

506 Dowling Street
Ballarat, VIC
3355

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