Mycelium | strains
Mycelium | strains

Mycelium | library of strains
Mycelium | library of strains

Mycelium | bowl
Mycelium | bowl

Mycelium | strains
Mycelium | strains



We harness the power of mycelium - the vegetative filament root structure of mushrooms - to grow our materials using organic and synthetic substrates that are the by-products or 'wastes' of other industries.

Mycelium Insulation

The vegetative part of a fungus,

a network of fine white filaments.

We have produced a mycelium insulation panel that will be the world’s first accredited mycelium insulation product. We are also developing new products and alternative applications for mycelium. 

Mycelium not only outperforms petrochemical/plastic based construction materials in thermal and acoustic insulation but, as a natural material, it is also safer and healthier. Mycelium does not contain the synthetic, resin-based compounds that can cause harmful toxic smoke and the quick spread of flames during a fire.

To grow our mycelium, we identify commercial and agricultural by-products that would otherwise go to landfill. Our entire manufacturing process only has a positive impact on the environment, meaning it is completely regenerative. Our manufacturing process is estimated to be carbon-negative, sequestering at least 16 tonnes of carbon per month.

Mycelium | regenerative production methodology
Mycelium | rigid insulation panels
Mycelium | materials & forms
Mycelium | non-load bearing brick wall
Mycelium | lamps designed by nir meiri
Mycelium | interior architecture


Thermal Capacity

Initial thermal testing indicates that mycelium insulation can outperform the vast majority of market- leading synthetic and ‘organic’ insulation products.

Biohm’s mycelium insulation panels are able to achieve a thermal conductivity of 0.024W/m.K., surpassing the values that can be achieved by market leading but unsustainable materials such as glass fibre (0.032-0.044W/m.K.), mineral wool (0.032-0.044W/m.K), expanded polystyrene (0.036W/m.K) and extruded polystyrene (0.029-0.036W/m.K). We are confident that with our ever-evolving research, Biohm will be able to increase this capacity. 


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