Engineered from Waste
Engineered from Waste
Engineered from Waste
From flat to Form
From flat to Form
Absorbs Force
Returns to Shape
Absorbs Force
Returns to Shape
Textile fibres are
engineered materials
Engineered fibre resilience.
Textile fibres are too valuable
to be downcycled.
Thermoformable by design
Thermoformable by design
Thermoformable
by design
From flat sheets to curved applications.
From flat sheets to
curved applications.
Most fibres already exist —
embedded in textile products
Most fibres already exist —
embedded in textile products
Most fibres already
exist —
embedded in
textile products
The raw material is already here — distributed across everyday textile products.
The raw material is already here —
distributed across everyday textile products.
The raw material is already
here — distributed across
everyday textile products.
Too much textile fibre value is still lost
Too much textile fibre value is still lost
Too much textile
fibre value is still lost
50 + million tonnes of
textile waste annually
50 + million tonnes of
textile waste annually
50 + million tonnes of
textile waste annually
Complex fibre blends limit recycling
Complex fibre blends
remain difficult to
recycle
Complex fibre blends limit recycling
Structural fibre value remain unused
Structural fibre value remain unused
Structural fibre value remain unused
Too valuable to downcycle
Too valuable to downcycle
Textile fibres are engineered materials
Textile fibres are engineered materials
Textile fibres are
engineered
materials
Textiles already contain organised fibre value
orientation and performance potential beyond their first use.
Textiles already contain
organised fibre value
orientation and performance
potential beyond their first use.
TexBoard® engineers connected
fibre networks
TexBoard® engineers connected
fibre networks
TexBoard® engineers
connected fibre networks
Protected fibre architecture
Protected fibre architecture
Preserved long fibres
Preserved long fibres
Unlike particle-based systems, TexBoard® retains fibre length throughout processing.
Unlike particle-based systems, TexBoard® retains fibre length throughout processing.
Thermally bonded junctions
Thermally bonded junctions
Melt fibres create structural connection points between fibres.
Melt fibres create structural connection points between fibres.
Multidirectional load paths
Multidirectional load paths
The resulting network distributes forces throughout the material.
The resulting network distributes forces throughout the material.
Protected platform
Protected platform
Core fibre-network architecture protected through international PCT patent applications.
Core fibre-network architecture protected through international PCT patent applications.
Protected fibre-engineering platform — PCT patent application filed.
A new design language from reclaimed fibres
A new design language
from reclaimed fibres
Textile fibres are
engineered materials
Lightweight surfaces, curved forms and new architectural possibilities
Lightweight surfaces, curved forms and
new architectural possibilities
Lightweight surfaces, curved
forms and new
architectural possibilities
Not products. Material possibilities.
Concept explorations enabled by fibre engineering.
Unlike wood panels, TexBoard®
preserves long fibres to create
multidirectional load paths.
Built for industrial collaboration.
Built for industrial collaboration.
Built for industrial collaboration
TexBoard® connects recyclers, process partners, machinery suppliers and application manufacturers through one scalable material platform.
TexBoard® connects recyclers, process partners, machinery suppliers and application manufacturers through one scalable material platform.
Feedstock partners
Feedstock partners
Textile waste streams and reclaimed fibre input
Textile waste streams and reclaimed fibre input
Process partners
Process partners
Fibre preparation, nonwoven formation and consolidation
Fibre preparation, nonwoven formation and consolidation
Machinery partners
Machinery partners
Industrial line integration and scale-up
Industrial line integration and scale-up
Application partners
Application partners
Furniture, interiors, acoustics and shopfitting
Furniture, interiors, acoustics and shopfitting
Protected fibre-engineering platform — PCT patent application filed.
TexBoard® is not a single product concept, but a scalable material platform for circular structural applications.
TexBoard® is not a single product concept, but a scalable material platform for circular structural applications.
From textile fibres to structural panels.
From textile fibres to structural panels.
From textile fibres to
structural panels.
TexBoard® is building a new
material category from reclaimed fibres .
TexBoard® is building a new
material category from reclaimed fibres .
Let’s explore collaboration, pilot applications
and industrial scale-up.
Protected fibre-engineering platform — PCT patent application filed.