OPTIMISE RAIL FORMATIONS AND EXTEND TRACK LIFE
Geosynthetics are used to improve subgrade bearing capacity, enhance ballast performance and maintain track alignment. This supports long-term stability and reduced maintenance across new and existing rail infrastructure, while also helping rail networks recover faster after disruption and reduce downtime.
COASTAL EROSION STABILISATION AND DEFENCE BARRIER
Sand-filled containers provide flexible and durable protection for coastal, estuarine and flood-prone environments, helping reduce erosion and stabilise shorelines under wave, tidal and flood action.
FLOOD PROTECTION FOR RIVERS AND COASTAL INFRASTRUCTURE
Designed to be filled with rock and installed around bridge piers, riverbanks and coastal structures, AquaRockBag helps stabilise foundations, reduce scour and protect infrastructure from flood damage while supporting long-term resilience in water environments.
DESIGNED FOR BRIDGE PIER AND SCOUR PROTECTION
Protecting bridge infrastructure water currents and destabilisation due to flood water starts underwater. AquaRockBag is used underwater to stabilise structures on the sea or river bed.
ENGINEERED FOR SLOPE STABILISATION AND ROCKFALL PROTECTION
Rockfall mesh systems stabilise steep and unstable slopes by containing loose rock and debris, helping protect roads, rail corridors, mining operations and other critical infrastructure from rockfall hazards.
RETAIN SOIL AND PROTECT INFRASTRUCTURE ASSETS
Verti-Block, gabion baskets and mesh systems are used to retain earth and support critical infrastructure structures across civil projects, providing long-term performance in challenging environments.
DRAINAGE SOLUTIONS FOR ROAD RECOVERY
Heavy rainfall and flood events can quickly compromise road assets through water ingress, slope instability and pavement failure. Rapid restoration of effective drainage is critical to recovery and long-term resilience.
MAXIMISE PERFORMANCE AND REDUCE MAINTENANCE ON ROADS
Geosynthetics are used in road construction to improve pavement performance and extend service life by strengthening the subgrade, improving load distribution, and enhancing separation within the pavement structure.
PROTECT HYDRAULIC STRUCTURES FROM SCOUR AND EROSION
Designed to resist movement and erosion in high-flow conditions, rock mattresses are widely used for weirs, scour protection along riverbanks and the stabilisation of embankments and channel linings.
WIRE MESH SYSTEMS FOR EMBANKMENT PROTECTION
Wire mesh systems are used in embankments exposed to flood and erosion risk. Their permeability and structural flexibility help dissipate hydraulic forces, reduce scour and maintain embankment stability during extreme weather events.