eMesh fibres are known for various benefits when used to reinforce concrete in the construction of SUPs and footpaths
Recognised for the successful launch of our Green Prix. The Australian Grand Prix Corporation (AGPC) has been named the
Edmonton to Gordonvale Project – Environmental Outcomes The E2G Project achieved significant environmental outcomes for the Department of Transport
Transport Canberra and City Services adopts eMesh in its path network improvements project after a successful trial in 2020-2021.
The Mordiolloc Freeway Project sees value in using eMesh as one of the sustainable materials to achieve sustainability outcomes.13.4
While Cross River Rail will play a key role in reducing Queensland’s carbon footprint in the future as more
Under Victoria’s Big Build, Major Road Projects Victoria used eMesh in their Childs Road Upgrade Project to achieve more sustainable infrastructure outcomes for the community.
Bell to Preston Level Crossing Removal Project replaces over 30 tonnes of steel mesh with eMesh for concrete reinforcement in the construction of SUP, diverting 4.25 tonnes of plastic from landfills.
The F1® broadcast area has been built with Emesh, a 100% fully recyclable material which has a 90% reduction in CO2 emissions compared to traditional steel mesh.
Pakenham Rail Line Upgrade project achieves significant reduction in greenhouse gas emissions, which ensures the infrastructure is climate resilient for future generations.
Pound Road West upgrade project, including a bridge over Cranbourne rail line in Melbourne, to use eMesh as a sustainable material for footpath construction
WestConnex Rozelle Interchange Project implements use of eMesh as a sustainable alternative to traditional concrete reinforcement for footpaths
eMesh fibres are known for various benefits when used to reinforce concrete in the construction of SUPs and footpaths
Recognised for the successful launch of our Green Prix. The Australian Grand Prix Corporation (AGPC) has been named the
Manufacturers and suppliers of fibres for concrete reinforcement.
