ENVISIA® was designed from the outset to reduce the carbon emissions associated with concrete production. Cement manufacture is a key carbon-emitting step in concrete production, so less cement can mean lower levels of embedded carbon in concrete.
Find out how a cost-effective low carbon concrete alternative can be used in your project. Contact us today.
Features and Benefits
50% reduction in shrinkage
ENVISIA® outperforms conventional concretes in shrinkages and creep, providing up to 50 per cent reduction in shrinkage compared to conventional concrete.
ENVISIA® allows less cement to be used in the concrete manufacturing process without impacting on performance.
Reduce embodied carbon
ENVISIA® is a low carbon concrete with excellent performance benefits and plastic placement and finishing properties similar to conventional concretes
Early age strength
ENVISIA® achieves early age strength equivalent to conventional concrete (post tensioned and precast) despite 50 per cent cement replacement.
Low Carbon Decorative Solutions with ENVISIA®
ENVISIA® low carbon concrete is now available in both our exposé® and boralstone® ranges of decorative concrete, suitable for both internal and external applications with polished, burnished or honed finishes.
Projects
Clients
Sam Caruso
Structural Engineer, Bonacci Group
Frank Van Haandel
Stokehouse Owner
Ben Lisle
Hesperia Co-founder & Managing Director
“Wardle have been very satisfied with the off-form finish, colour control, carbon reduction, and performance of Boral ENVISIA® in the superstructure and precast panels in the University of Tasmania's ‘The Shed’ and ‘River’s Edge’ buildings.”
– Sam Clegg, Associate Principle at Wardle Studio
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Related Documents
- Development and commercialisation of low carbon, low shrinkage, highly durable ENVISIA concrete
- Low carbon, post-tensioned concrete
- An experimental study on the shrinkage response of industrial pavements cast with ENVISIA® and normal concrete
- Assessment of predictive characteristics for highly durable concrete mixes and test method analysis for determination of age factors
- Influence of ground granulated blast furnace slag cement in concrete pavement mix designs
- Investigation on the effect of low carbon, low shrinkage, high flexural strength ENVISIA® concrete on industrial floor and pavement application