Material inputs
Mycelium, agricultural residues and cork. A biological starting point.
01 / TECHNOLOGY
Biology meets material engineering.
A biological network becomes the basis of an engineered insulation material. Structure, performance and repeatability guide the development.
THE PLATFORM
From biological inputs to a material.
Biofabrication
A mycelium network connects the composite’s biological inputs.
Material engineering
Structure and form are developed around insulation requirements.
Stabilisation & performance
Material preparation connects prototype development with testing.
The engineering questions
A good material has to work more than once.
V2 established a functional prototype and an experimental thermal result. V3 addresses performance and repeatability, alongside moisture, durability, mechanical behaviour and the requirements of production.
The development pathwayMATERIAL INPUTS
Three inputs. One composite platform.
Mycelium
A filamentous biological network that binds the composite.
Agricultural residues
Residual biomass explored as a resource for building materials.
Cork
A renewable input within our material development.
Material ambition. Shared.