Hera Health Solutions · Startup
AI-designed fiber writing with a digital twin running alongside it.
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Technical and functional textiles covers fabric engineered for a job, not for appearance. On Halo, the solutions cover nonwovens built from a digital model, film-free breathable outercovers, footwear comfort and thermoregulation, and fiber chemistry and bonding. Sign up to search the full network and post your specific need.
Hera Health Solutions · Startup
AI-designed fiber writing with a digital twin running alongside it.
University of Cincinnati
Porous nonwoven prototypes printed from the digital twin that designed them.
Aerosol electrospun PVB and stearic acid, for a barrier that stays quiet.
Renuvix LLC · Supplier
A screening library of PFAS-free barrier emulsions for synthetic fibers.
GB
Suntech Engineered Materails · Startup
Elastomeric nonwovens with nanotechnology, for a more comfortable sole.
Andrew Neils
Topologica, Incorporated · Startup
A polymer foam that switches thermally, cooling an athletic shoe.
Mi Terro · Startup
A biobased bonding agent raising the strength of the textile.
Scion Research · University
Cross-linking chemistry repairing a damaged keratin fiber.

Syracuse University
A thin bamboo bilayer for the diaper acquisition-distribution layer that cools skin passively and moves moisture away from it.
A hydrogel that binds red blood cells on contact with menstrual fluid.
Udo Seiffert
Compolytics · Startup
Spectral optical assessment reading a flexible material as it moves.
Eric Brown Labs, LLC · Supplier
Extended beam theory applied to modeling a thin flexible material.
UO
University of Tennessee, Knoxville
Wet-laid nonwoven filtration media from plant fiber, and biodegradable.
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Universities, startups, and suppliers with solutions in technical textiles.
Technical textiles companiesResearchers and inventors advancing technical textiles.
Technical textiles expertsTwo requests shape the set on Halo. Nine entries build a nonwoven from a digital model, using melt electrowriting, two-photon polymerization, electrohydrodynamic writing or micro-CT in a closed loop. Eight more make a breathable outercover with no film in it, which is a sensory requirement as much as a technical one. On Halo it spans 7 groups, including nonwovens built from a digital model, film-free breathable outercovers, and footwear comfort and thermoregulation.
Stage of development. Work on technical and functional textiles on Halo is split between university programs and companies. 45% of the solutions are in market. Sponsored research and co-development are the usual partnering routes, and about 35% of the solutions that state terms offer pilot engagements.
Nine ways to print a nonwoven. Melt electrowriting, two-photon laser polymerization, in-gel electrohydrodynamic direct writing, conductive carbon collectors shaping deposition, and micro-CT closing the loop back to the compiler. Nonwovens are made by processes that get tuned, not designed, and nine groups have answered a request to make them designable.
Film-free is a sensory specification. Eight entries make a breathable outercover and the words that recur are soft, quiet and low add-on. A plastic film breathes badly and rustles, and in an absorbent hygiene product the rustle is the complaint. What looks like a barrier engineering problem is really an acoustic and tactile one.
Footwear became a thermal problem. Six entries work on a shoe and four of them manage heat: a polymer foam that switches thermally, airflow redirected through the shoe, laminated metamaterials tuned for cushioning and thermal comfort, parylene controlling humidity. Cushioning is mature, and the remaining complaint about an athletic shoe is that it is hot.
Technical and functional textiles covers fabric engineered for a job, not for appearance. It spans digitally designed nonwoven prototyping, film-free breathable outercovers, footwear comfort and thermoregulation, air filtration media, fiber chemistry and bonding, and the measurement and modeling of a flexible material. Hygiene and apparel manufacturers, converters and footwear brands are the buyers.
Five examples of technical textiles on Halo include:
Over the past 90 days, researchers and innovators on Halo have added these technical textiles:
There are 482 organizations with technical textiles on Halo, 91 of them universities and research institutions. Among them are Hera Health Solutions, University of Cincinnati, and IMT inc. Most offer sponsored research or co-development. Sign up to see every organization working in the area and to send them your specific need.
Browsing technical textiles on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these technical textiles needs:
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