Applications
Where eMesh can replace steel mesh in concrete construction
Footpaths
Enhances durability and reduces carbon footprint with recycled fibres.
Shared Use Paths (SUPs)
Provides eco-friendly reinforcement for multi-purpose pedestrian pathways.
Precast
Strengthens prefabricated concrete elements while improving environmental sustainability.
Shotcrete
Delivers reliable reinforcement for sprayed concrete applications with recycled material.
Cycleways
Recycled fibres reinforced cycleways with reduced environmental impact.
Road Medians
Eco-friendly alternative for reinforcing concrete structures in median strips.
Driveways
Durable, crack-resistant reinforcement for residential and commercial driveways.
Traffic Islands
Durable, sustainable reinforcement for small concrete traffic structures.
Thin Pavements
Sustainably replaces steel in thinner concrete slabs, ensuring performance.
Parks and Playgrounds
Durable, crack-resistant surfaces with improved safety and lower maintenance.
Boat Ramps
No corrosion risk and withstands aggressive marine conditions for longer-lasting structures.
Jetties
Durability in harsh coastal environments while reducing steel corrosion-related failures.
Barge Landings
Superior impact and crack resistance under heavy, repetitive loading and water exposure.
Slope Stabilising
Structural integrity of sprayed or cast concrete, reducing slippage and erosion.
Kerbs
Faster installation and no mesh handling, reducing labour and improving on-site safety.
Roads
Improved durability and reduces cracking, extending life for low to medium impact pavements.
Sea Walls
Enhanced resistance to corrosion and wear for long-term performance.
Car Parks
Minimises maintenance needs and withstands light to medium-sized vehicle loads.
Bus Stop Sheds
Offers long-lasting strength and crack-control with reduced repair and maintenance.
Access Paths
Easier construction and improved crack-control with a lower environmental footprint.
Footpaths
Enhances durability and reduces carbon footprint with recycled fibres.
Shared Use Paths (SUPs)
Provides eco-friendly reinforcement for multi-purpose pedestrian pathways.
Precast
Strengthens prefabricated concrete elements while improving environmental sustainability.
Shotcrete
Delivers reliable reinforcement for sprayed concrete applications with recycled material.
Cycleways
Recycled fibres reinforced cycleways with reduced environmental impact.
Road Medians
Eco-friendly alternative for reinforcing concrete structures in median strips.
Driveways
Durable, crack-resistant reinforcement for residential and commercial driveways.
Traffic Islands
Durable, sustainable reinforcement for small concrete traffic structures.
Thin Pavements
Sustainably replaces steel in thinner concrete slabs, ensuring performance.
Parks and Playgrounds
Durable, crack-resistant surfaces with improved safety and lower maintenance.
Boat Ramps
No corrosion risk and withstands aggressive marine conditions for longer-lasting structures.
Jetties
Durability in harsh coastal environments while reducing steel corrosion-related failures.
Barge Landings
Superior impact and crack resistance under heavy, repetitive loading and water exposure.
Slope Stabilising
Structural integrity of sprayed or cast concrete, reducing slippage and erosion.
Kerbs
Faster installation and no mesh handling, reducing labour and improving on-site safety.
Roads
Improved durability and reduces cracking, extending life for low to medium impact pavements.
Sea Walls
Enhanced resistance to corrosion and wear for long-term performance.
Car Parks
Minimises maintenance needs and withstands light to medium-sized vehicle loads.
Bus Stop Sheds
Offers long-lasting strength and crack-control with reduced repair and maintenance.
Access Paths
Easier construction and improved crack-control with a lower environmental footprint.
Culverts
Open Channels
Embankments
Causeways
Bunds
Flumes
Drainage Pits
Wingwalls
In addition to the common applications listed, eMesh fibres can be – and are – regularly used in a wide variety of other concrete applications, depending on design requirements and performance needs. Use of synthetic fibre reinforcement should always be assessed in accordance with relevant engineering design codes and project-specific requirements. While synthetic fibres offer many performance and sustainability benefits, their suitability depends on appropriate design and application.
We recommend consulting with our experts and your engineer to ensure compliance with applicable standards. Our team is always here to help!
eMesh Precast
We provide our expertise in creating custom high performance concrete mix designs that are ideal for steel mesh replacement in your construction project. We are driven by our commitment to sustainability and innovation and our team of experts helps translate your project requirements to practical and optimal concrete mixes.
Expert Concrete Mix
Design Consultation
Our expert consultation and advisory services help you in making informed decisions related to concrete selection, application, and optimisation.
On-site Technical
Support Availability
Our on-site technical support is offered throughout the project lifecycle, and guarantees seamless implementation of our concrete solutions.
Sustainable and Low
Carbon Solutions
Our concrete solutions focus on sustainability, reduce carbon emissions, and enhance energy efficiency and ecological footprint of projects.
Expertise in Concrete and
Innovative Materials
Our team comprises highly experienced professionals with an in-depth knowledge of concrete materials, aggregates, cement and admixtures.
Project types where eMesh can replace steel mesh
eMesh was developed over a decade ago through a comprehensive university-led research program focused on creating a sustainable alternative to steel mesh in concrete. Since then, it has been rigorously tested, trialled, and approved for use across a wide range of applications. Enviromesh fibres have now been used in over 1,000 projects, with more than 300 of these utilising 100% recycled eMesh to reinforce concrete sustainably.
Large Infrastructure Projects
Road projects, tunnel segments, and various applications in airports and rail networks.
Local Council & Government Works
Footpaths, shared pathways, kerbs, stormwater drains and traffic islands.
Precast
Manufacturing
Wing walls, head walls, culverts, pits, sleepers, noise barriers and complex precast elements.
Maritime &
Coastal Works
Boat ramps, sea walls, wharf structures, coastal pathways and assets susceptible to corrrosion.
Land
Development
Housing estates, internal roads, driveways, footpaths and drainage infrastructure.
Commercial & Industrial Projects
Warehouses, loading docks, slab-on-ground construction, light traffic areas, and car parks.
Mining &
Resources Sector
Remote site infrastructure, slab foundations, shotcreting, and bunding walls.
Utilities &
Energy Projects
Substations, energy storage sites, renewable energy infrastructure (solar or wind farms).
Transport Hubs &
Logistics
Various applications in intermodal terminals, freight yards, bus depots and airport aprons.
Public Spaces &
Urban Infrastructure
Civic squares, pedestrian zones, recreational paths and streetscapes.
Agriculture &
Rural Infrastructure
Channels, silage pits, stockyard slabs, access roads, water storage structures and drainage works.
Have a Different Innovative Idea?
If you have a different kind of application in mind, we can help with that too! Contact Us
While eMesh continues to replace steel mesh in conventional applications, we’re also collaborating with forward-thinking organisations exploring its use in emerging technologies and construction methods—such as supplementary cementitious materials (SCM), 3D printing, carbon-cured concrete, lightweight prefabricated panels, and slipform paving. These innovations are helping shape a more sustainable, cost-effective, faster, and safer future for construction.
eMesh has been used to sustainably replace steel mesh in concrete in over 300 projects, many of which have received prestigious sustainability awards for their innovation and environmental impact. To view a list of some recent well-known projects, click here.
eMesh has been used to sustainably replace steel mesh in concrete in over 300 projects, many of which have received prestigious sustainability awards for their innovation and environmental impact. To view a list of some recent well-known projects, click here.
- NWPA Bell to Moreland LXRP, VIC
- M80 Upgrade, Victoria
- Mordialloc Bypass, VIC
- Haughton River Floodplain Upgrade, QLD
- Arrowheads Artificial Reef Units, QLD
- WPA Old Geelong Road LXRP, VIC
- MTMS North & South Rail Upgrades, NSW
- Daintree Gateway Project, QLD
- Glenroy LXRP, VIC
- Union station LXRP, VIC
- Cranbourne Line Upgrade Section A, VIC
- Hoppers crossing LXRP, VIC
- Hallam Rd LXRP, VIC
- Monash Freeway MRPV, VIC
- Pound Rd Upgrade MRPV, VIC
- Fitzsimmons Lane upgrade MRPV, VIC
- Koo Wee Rup Rd Upgrade MRPV, VIC
- SEPA Toorak Road LXRP, VIC
- NIF Rail Maintenance Facility, NSW
- SEPA M2M LXRP, VIC
- ACT Healthy Waterways, ACT
- West-connex Rozelle Interchange, NSW
- E2G Southern Access, QLD
- TAP3 TfNSW, NSW
- Bell to Preston LXRP, VIC
- Mont Albert station LXRP, VIC
- Cranbourne Line Section B, VIC
- Neerim Rd to Glenhuntly LXRP, VIC
- Pakenham Line Upgrade RPV, VIC
- Childs Rd Upgrade MRPV, VIC
- Craigieburn Rd Upgrade MRPV, VIC
- Barwon Heads Rd Duplication MRPV, VIC
- F1 Grand Prix Broadcast Arena, VIC
Project types where eMesh can replace steel mesh
eMesh was developed over a decade ago through a comprehensive university-led research program focused on creating a sustainable alternative to steel mesh in concrete. Since then, it has been rigorously tested, trialled, and approved for use across a wide range of applications. Enviromesh fibres have now been used in over 1,000 projects, with more than 300 of these utilising 100% recycled eMesh to reinforce concrete sustainably.
Large Infrastructure Projects
Road projects, tunnel segments, and various applications in airports and rail networks.
Local Council & Government Works
Footpaths, shared pathways, kerbs, stormwater drains and traffic islands.
Precast
Manufacturing
Wing walls, head walls, culverts, pits, sleepers, noise barriers and complex precast elements.
Maritime &
Coastal Works
Boat ramps, sea walls, wharf structures, coastal pathways and assets susceptible to corrrosion.
Land
Development
Housing estates, internal roads, driveways, footpaths and drainage infrastructure.
Commercial & Industrial Projects
Warehouses, loading docks, slab-on-ground construction, light traffic areas, and car parks.
Mining &
Resources Sector
Remote site infrastructure, slab foundations, shotcreting, and bunding walls.
Utilities &
Energy Projects
Substations, energy storage sites, renewable energy infrastructure (solar or wind farms) etc.
Transport Hubs &
Logistics
Various applications in intermodal terminals, freight yards, bus depots and airport aprons.
Public Spaces &
Urban Infrastructure
Civic squares, pedestrian zones, recreational paths and streetscapes.
Agriculture &
Rural Infrastructure
Channels, silage pits, stockyard slabs, access roads, water storage structures and drainage works.
Have a Different Innovative Idea?
If you have a different kind of application in mind, we can help with that too! Contact Us
While eMesh continues to replace steel mesh in conventional applications, we’re also collaborating with forward-thinking organisations exploring its use in emerging technologies and construction methods—such as supplementary cementitious materials (SCM), 3D printing, carbon-cured concrete, lightweight prefabricated panels, and slipform paving. These innovations are helping shape a more sustainable, cost-effective, faster, and safer future for construction.
eMesh has been used to sustainably replace steel mesh in concrete in over 300 projects, many of which have received prestigious sustainability awards for their innovation and environmental impact. To view a list of some recent well-known projects, click here.
eMesh has been used to sustainably replace steel mesh in concrete in over 300 projects, many of which have received prestigious sustainability awards for their innovation and environmental impact. To view a list of some recent well-known projects, click here.
- NWPA Bell to Moreland LXRP, VIC
- M80 Upgrade, Victoria
- Mordialloc Bypass, VIC
- Haughton River Floodplain Upgrade, QLD
- Arrowheads Artificial Reef Units, QLD
- WPA Old Geelong Road LXRP, VIC
- MTMS North & South Rail Upgrades, NSW
- Daintree Gateway Project, QLD
- Glenroy LXRP, VIC
- Union station LXRP, VIC
- Cranbourne Line Upgrade Section A, VIC
- Hoppers crossing LXRP, VIC
- Hallam Rd LXRP, VIC
- Monash Freeway MRPV, VIC
- Pound Rd Upgrade MRPV, VIC
- Fitzsimmons Lane upgrade MRPV, VIC
- Koo Wee Rup Rd Upgrade MRPV, VIC
- SEPA Toorak Road LXRP, VIC
- NIF Rail Maintenance Facility, NSW
- SEPA M2M LXRP, VIC
- ACT Healthy Waterways, ACT
- West-connex Rozelle Interchange, NSW
- E2G Southern Access, QLD
- TAP3 TfNSW, NSW
- Bell to Preston LXRP, VIC
- Mont Albert station LXRP, VIC
- Cranbourne Line Section B, VIC
- Neerim Rd to Glenhuntly LXRP, VIC
- Pakenham Line Upgrade RPV, VIC
- Childs Rd Upgrade MRPV, VIC
- Craigieburn Rd Upgrade MRPV, VIC
- Barwon Heads Rd Duplication MRPV, VIC