Mycerra™
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Impact

Sustainability with proof, not promise.

We develop materials that restore balance — minimizing environmental impact while maximizing circular value. Every claim on this page is linked to the document that supports it.

  • 99%

    Biobased carbon

    Radiocarbon (C-14) analysis shows that 99% of Mycerra™'s organic carbon comes from living biomass, not from petroleum or other fossil sources.

    Biobased carbon test report · ASTM D6866-24

    Document available

    Beta Analytic (SGS), ISO/IEC 17025:2017 accredited · Report Beta-796006 · 9 January 2026 · Precision ±3% (absolute) · Result applies to the tested sample

    View report (PDF)

    Verify with the labCertificate no. 9837F8B34FB5CA9BF6B4C92C140519B7

  • −92%

    Carbon

    Greenhouse-gas emissions compared with conventional animal leather manufacturing.

    Life Cycle Assessment

    Document in preparation

  • 99%

    Less water

    Up to 99% less water than conventional methods, with no animal inputs.

    Water footprint report

    Document in preparation

  • 0%

    Plastic

    No synthetic polymers, non-woven backings, scaffolds or composite layers.

    Material composition statement

    Document in preparation

  • 100%

    Compostable

    Fully biodegradable at end of life.

    Biodegradation test report

    Document in preparation
Controlled mycelium cultivation facility in Korea

Traceability

Traceability and EUDR

Mycerra is cultivated in controlled facilities in Korea, independent from livestock, grazing land, or feed crops. This eliminates deforestation risk and aligns with the EU Deforestation Regulation (EUDR) for due diligence and traceability. Every batch is digitally documented and origin-tracked.

EUDR due-diligence statementDocument in preparation

Our principles

Less water. Less waste. More balance.

No animal inputs

Cultivated independently from livestock, grazing land and feed crops — advancing animal welfare and removing deforestation risk.

Designed for circularity

No petrochemical binders and no composite layers, so the material can return to the earth at the end of its life.

Low-energy growth

Uniform growth under ambient conditions keeps energy demand low while ensuring industrial consistency.

Need our LCA or test reports for supplier due diligence?

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