Nairobi-based MycoTile, founded by inventor Mtamu Kililo, now produces approximately 3,000 m² of mycelium-based construction panels per month, using around 250 tonnes of agricultural waste annually.

Researchers at the Chinese Academy of Sciences have created a self-repairing, living textile from the fungus Cordyceps militaris, capable of regrowing over damaged areas when supplied with fresh fungal material. The fabric is built entirely from interwoven fungal filaments called hyphae, with colour, water repellency, and UV protection added by introducing engineered yeast and other fungal species directly into the living material. The textile biodegrades almost completely in

visiBINDER is produced from mycelium, the root-like network of fungi, and is designed to meet the durability requirements of paving and infrastructure applications while reducing embedded carbon compared to fossil-derived binders.

Researchers at the University of Bath have used Trametes versicolor, the turkey tail fungus, to convert waste oriented strand board into a mycelium-based composite insulation material.

California-based Mushmycel has launched a line of vegan leather accessories made from agricultural waste streams including mushroom biomass, apple pomace, coconut husks, and spent coffee grounds.