Applications
Circular materials designed for the spaces people use every day.
HyphaTex is developing a family of lightweight and pressed composite panels for non-structural interior construction and fit-out systems.
All applications remain subject to final testing, design development, and relevant regulatory approvals.
Acoustic panels
Texture with a functional purpose.
The porous structure of lightweight fiber composites creates a promising pathway for acoustic absorption. HyphaTex is developing shaped, grooved, and modular formats for offices, hospitality environments, classrooms, studios, and public interiors.
Target attributes: lightweight, porous, modular, visually distinctive, compatible with decorative surfaces, and designed for acoustic validation.
Interior wall panels
A circular surface for modern interiors.
Pressed HyphaTex boards are being developed for decorative wall applications where material character, surface quality, and sustainability are important.
Target attributes: dense pressed structure, clean edges, machinable surface, finishable surfaces, and modular installation potential – subject to durability and fire testing.
Ceiling tiles
Lightweight systems above the room.
Modular lightweight panels are being explored for suspended ceiling and baffle applications, with a focus on low mass, acoustic potential, and visual warmth.
Partitions and door systems
Material development for interior separation.
Pressed and lightweight formats may be used as components within partition or door systems after appropriate mechanical, acoustic, fire, and durability validation.
HyphaTex panels are not presented as certified door cores.
Furniture and joinery
Boards for a more circular fit-out economy.
HyphaTex pressed boards are being explored for selected non-structural furniture, cabinetry, display, and interior joinery applications.
Pilot applications
Have an application to validate?
We welcome conversations with architects, contractors, manufacturers, and developers interested in testing HyphaTex materials in controlled pilot environments.