Macro photograph of dense, engineered mycelium fiber structure in a bright clinical laboratory, white background, high-contrast scientific detail.
Macro photograph of dense, engineered mycelium fiber structure in a bright clinical laboratory, white background, high-contrast scientific detail.
Technical Specifications
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/ Engineered Biomaterials

Biological precision. Industrial performance.

Ecovia Labs synthesizes high-performance, fully compostable alternatives to synthetic plastics using regional agricultural residues and fungal mycelium.

Circular Feedstock

Transforming agricultural residue into performance.

By utilizing secondary waste streams, our closed-loop fabrication platform avoids competition with food crops while delivering consistent, high-density structural integrity.

Solid-State Fermentation

Grown to precise density.

Our proprietary inoculation process controls mycelium growth at the cellular level. We optimize fiber density and tensile strength to meet exact packaging stresses.

The resulting biomaterial is lightweight, naturally water-resistant, and fully compostable within weeks of disposal, presenting a viable replacement for expanded polystyrene.

Material Performance

Engineered under stress.

100%

fully compostable

2.4 MPa

tensile strength

0%

fossil fuel inputs