The world is built from fibres.
The world is built from fibres.
The world is built from fibres.
From wood to textiles to advanced composites.
From wood to textiles to advanced composites.
Nature builds strength
through fibre architectures
Nature builds strength
through fibre architectures
Nature builds strength
through fibre architectures
Strong materials emerge when fibres form organised structures
Strong materials emerge
when fibres form organised structures.
Nature creates performance through organised fibre architectures
Nature creates performance
through organised fibre architectures.
TexBoard® preserves long-fibre architecture
TexBoard® preserves long-fibre architecture
TexBoard® preserves long-fibre architecture
Long fibres, random orientation and quasi-isotropic load paths
Long fibres, random orientation
and quasi-isotropic load paths
Unlike wood panels, TexBoard preserves long fibres to create multidirectional load paths.
Unlike wood panels, TexBoard preserves long fibres
to create multidirectional load paths.
Why lightweight needs air
Why lightweight needs air
Why lightweight needs air
Low density does not come from weak material.
It comes from air-rich architecture held together by connected fibres
Low density does not come from weak material.
It comes from air-rich architecture held together by connected fibres
Foams
Foams
Air in cells
Honeycombs
Honeycombs
Air in geometry
Biological fibre systems
Air in natural fibre structure
TexBoard®
TexBoard®
Air in long-fibre architecture
TexBoard® turns reclaimed long fibres into an air-rich material architecture
TexBoard® turns reclaimed long fibres into an air-rich material architecture
Engineered for lightweight
structural performance.
Engineered for lightweight
structural performance.
Engineered for lightweight
structural performance.
TexBoard® combines low density, structural logic and
processability in a new fibre-based panel system.
TexBoard® combines low density, structural logic and
processability in a new fibre-based panel system.
Lightweight structural panels
Lightweight structural panels
Structural performance at
significantly lower density.
Structural performance at
significantly lower density.
Minimal swelling
Minimal swelling
Wood panels swell under water exposure
TexBoard® remains stable.
Wood panels swell under water exposure
TexBoard® remains stable.
Reliable edge screw anchoring
Reliable edge screw anchoring
Wood panels fail locally at edge screws.
TexBoard® distributes load through a fibre network.
Wood panels fail locally at edge screws.
TexBoard® distributes load through a fibre network.
Thermoformable panels
Thermoformable panels
Flat sheets can be thermoformed
into curved structures.
Flat sheets can be thermoformed
into curved structures.
Based on internal test results and literature values for wood-based panels.