Reduce waste & consumption
by making concrete foundations and pavements reusable
Impact tested up to 110kmph
Independent impact testing demonstrated no damage to the surrounding foundation or locking mechanism, with the assembly remaining firmly seated following a 60 km/h impact (60 mm OD CHS post, 2.9 mm wall thickness, installed in a 350 mm footing).
In-service (real-world) impact events have subsequently demonstrated no damage to the footing or locking mechanism under the following configurations:
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~110 km/h impact event: 60 mm OD CHS post, 2.9 mm wall thickness, 350 mm footing
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~60 km/h impact: 60 mm OD CHS post, 3.6-5.5 mm wall thickness, 650 mm footing
Impact testing with relevant road authorities in WA, NSW and QLD reported no damage to the footing or locking mechanism in the tested configurations.
Supported by 5,000+ units in service since 1990, long-term field performance demonstrates ongoing durability under repeated impact events.
Advanced Polymers absorb impact force
ZERO WASTE Unbreakable Foundations use an advanced self-healing polymer and elastomer compound to absorb the impact force and protect surrounding asphalt, concrete or paved foundations from damage. The key is in the resilience of the compound.
No breakable
components
Items are secured using friction. With no breakable components, the securing device continues to work effectively, keeping items safe and secure, perfectly aligned and easily removable using tools provided . The key is in the simplicity of the design.
The massive CO2 emitter you may not know about
BBC NEWS
Despite a global agreement to reduce consumption, Australia is consuming concrete, (regarded as "the world's most dangerous material") at an ever-increasing rate.
With depleting resources, climate change and growing urban populations, its time to implement more resilient practices
silicosis - the next asbestosis
Findings from recent Health report "A large population of road workers is at risk of developing silicosis from exposure to crystalline silica."
Termed the new "asbestosis" this disease has the potential to cost the industry billions and cost lives.
In the USA, silicosis claims are skyrocketing, with compensation reaching into the hundreds of millions annually, forcing departments to rethink traditional concrete removal practices
100%
REDUCE WASTE
100 %
REDUCE DAMAGE
100%
REDUCE WASTE
100%
REDUCE CONSUMPTION
100 %
REDUCE DISTURBANCE
Reduce waste
With more than half a million roadside items damaged every year, and predictions that we are entering a period of massive urbanisation, we urgently need to make valuable pavements and traffic islands re-usable
For the first time in history, the damage and waste can be reduced to ZERO for the life of a development (100 years +)
100 %
REDUCE CONSUMPTION
Reduce consumption
Repeated repairs to pavements and traffic island are consuming hundreds of thousands of tonnes of concrete and paving every year, costing millions and substantially reducing the lifespan of developments.
For the first time in history, the consumption can be reduced to ZERO for the next 100 years
