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This research aims to create and evaluate novel mycelium-based composites using various fungi and lignocellulosic materials.

Novel mycelium-based composites with enhanced physico-mechanical properties, as sustainable alternatives for packaging applications

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Randomized trial demonstrates improved mechanical properties in mycelium-based composites, suggesting eco-friendly packaging solutions.

This research aims to create and evaluate novel mycelium-based composites using various fungi and lignocellulosic materials.
MBCs produced using Ganoderma orbiforme and Lentinus squarrosulus strains.
Utilized locally sourced lignocellulosic substrates including coconut sawdust, mango sawdust, and coir pith.
Incubation of organic substrates with mycelium inoculum at 28 °C for 30 days and subsequent characterization of properties.
MBCs showed properties equivalent to or superior to expanded polystyrene (EPS).
The most effective composites were made with coir pith and coconut sawdust.
Ashby chart analysis indicated that MBCs are comparable to cork and low-density foams for packaging use.

Madusanka et al. (2026) studied this question.

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