Beyond packaging and smaller products, Mycopor is increasingly establishing itself in an entirely different field – sustainable construction. Mycelium panels prove that the same material formed through fungal growth can also find a place as part of walls and natural building systems, integrating with other sustainable materials such as clay.
Construction is one of the sectors with the highest environmental footprint – from cement production to demolition waste. That is precisely why finding alternatives that grow instead of being produced with high energy consumption represents one of the most promising shifts in the construction industry in recent years. Mycelium, previously known mainly for packaging solutions, is thus moving into a completely new area of application.
How Mycelium Becomes a Building Panel
The manufacturing process for the panels relies on the same principle as packaging – mycelium is cultivated under controlled conditions where fungal threads gradually overgrow the substrate, binding it into a solid, compact structure. For building panels, this process is enhanced by combining it with clay, a natural material used in construction for millennia due to its thermal and moisture-regulating properties.
The result is a hybrid material that combines the best characteristics of both components: mycelium contributes lightness, insulation, and structural coherence, while clay adds stability and traditional construction compatibility. Together, they form a panel that behaves almost like a living material – it breathes, regulates humidity, and over time naturally integrates into its environment.
Advantages Beyond Aesthetics
The outcome is a panel with a warm, sandy tone and a subtly textured surface that naturally blends into natural wall coverings. It is a material that is not only environmentally acceptable, but also breathes and pairs well with other natural building techniques – so it comes as no surprise that the team was thrilled to showcase their first installed panel in the field.
The visual aspect of the panels is not merely a byproduct of the production process, but an important part of their value. While conventional building materials are often hidden under plaster, paint, or cladding, mycelium panels possess a texture and color that can be left visible – serving as a natural finished surface that tells its own story of growth and origin.
Advantages Beyond Aesthetics
Beyond their visual appeal, mycelium panels offer a range of practical benefits. They are significantly lighter than traditional building materials, simplifying transport and installation. Their natural porosity provides good thermal insulation, while the material retains the ability to regulate indoor humidity – a property particularly valued in natural building construction.
At the end of their lifecycle, the panels – much like mycelium packaging – fully biodegrade and return to the natural cycle without leaving residues that burden the environment.
A Step Forward for Mycelium Materials
For Mycopor, this marks a major step forward: moving from the world of packaging into the realm of mycelium building materials, where the properties of mycelium – lightness, insulation, and biodegradability – have the potential to transform how we build. The first field-installed panel is just the beginning of exploring how far this approach can take a construction industry seeking increasingly sustainable solutions.