01 / Feedstock
Textile residues
Fiber scraps, cutting waste, and suitable production by-products. Each waste stream needs its own evaluation.
MycoFab / Textiles
One waste stream.
Many material possibilities.
We’re exploring how suitable textile waste can become new bio-based materials—within the textile industry and beyond it.
Discuss your waste streamThe platform
Start with the waste.
Develop for the need.
Our AI-powered biomanufacturing platform connects suitable textile residues with biological development and engineering. We start with the feedstock and the requirements of a potential application, then explore where they can create value.
02 / Development
MycoFab platform
Biology, AI, and engineering brought together to develop materials around application needs.
03 / Opportunity
New material pathways
Explore material formats that could return to textile applications or serve another industry.
Material pathways
Close the loop.
Or open a new one.
Circularity does not have to follow a single path. The right direction depends on the properties of the waste and the requirements of the final product.
Textile to textile
New surfaces.
Familiar supply chains.
We’re exploring suitable textile residues as inputs for mycelium-based sheets, alternative leather, and functional bio-based surfaces.
Textile residues / Bio-based surfacesTextile to new industries
The same feedstock.
A different application.
Suitable waste can also be evaluated for panels, composites, and material formats serving furniture, buildings, mobility, and other industries.
Textile residues / Cross-industry materialsApplications under exploration
One platform.
Multiple applications.
We’re testing materials for textile supply chains and exploring where suitable feedstocks can meet requirements across industries.
Textiles
Sheets & surfaces
Exploring bio-based surfaces for fashion, accessories, and interior applications.
Buildings & interiors
Panels & insulation
Exploring lightweight, acoustic, and thermal material applications.
Automotive
Mobility materials
Testing materials against automotive supply chain requirements.
Aerospace
New frontiers
Expanding development toward more demanding applications.
These are development pathways. Feedstock compatibility and material performance require application-specific evaluation.
Development priorities
Different needs.
Different material properties.
Density, stiffness, thermal and acoustic performance, surface, and geometry help define what a material needs to do. We explore the combination that fits the application.
DensityStiffnessThermal performanceAcoustic performanceSurfaceGeometry
What could
your waste become?
Tell us about your textile waste stream and the material challenge you want to solve. Let’s explore a development pathway together.
Discuss a collaboration