Composites elements: the design of The CUBE reinterprets the fluid, textile nature of carbon fibres by seamlessly merging the ceiling and walls into a single form. This suggests a future architecture that pairs environmentally conscious design with formal freedom and a radical rethinking of essential architectural elements.
Why composites: carbon fibre-reinforced concrete is rust-proof, requiring less concrete to cover it. This results in parts that are a quarter of the weight of traditional steel-reinforced concrete.
A quarter of the weight compared to steel-reinforced concrete.
Cost
Incorporating the walls and roof as a single entity saves time. Lighter parts significantly reduce costs, even when accounting for the higher expense of carbon fibre as the reinforcing material.
Strength
Building code and strength requirements are met whilst providing a 75% weight reduction versus steel reinforced concrete.
Durability
Designed to withstand variable weather, significant thermal cycling, and heavy loads.
Maintenance
Low to no maintenance is required compared to steel reinforcement.
LCA/Environmental Impact
Components and structures can be designed thinner, achieving material savings of 50% or more. This reduces CO₂ emissions and the consumption of other valuable resources, such as water and sand.
Other
This material offers 30% less global warming potential. Carbon fibre’s thermal conductivity could also be utilised to help heat buildings.