Latest BEX 2026 — Beyond Exploration Expo · 23–25 Sept 2026 →
ITEN

Solutions

Products, studies and proofs of concept

Each entry states what it is and how mature it is. Products are ready for qualification or supply; studies and PoCs are developments carried out with partners.

01 · Aerospace

Knitted metallic mesh for deployable antennas

We developed a metallic mesh with linear (flat-bed) knitting technology, ready for textile antenna reflectors operating from L- to Ka-band. It reached TRL 5 at component level. The characterisation loop covers textile mesh characterisation, a 2D digital twin, multi-band reflectivity assessment and KPI-driven design update.

LSCXKuKKa124812182740OPERATING RANGE · IEEE BANDSfrequency [GHz], log scale
Fig. A2 · L- to Ka-band coverage (1–40 GHz)
Metallic reflective mesh
Product

Metallic reflective mesh

Knitted metallic mesh for large deployable (LDR) and wrappable reflectors, L- to Ka-band

Partner: Thales Alenia Space Italia
Rotor protective covers
Product

Rotor protective covers

Flexible textile protective structure replacing rigid, partial covers

Partner: ADD ASTRA
Microgravity garments
Study / PoC

Microgravity garments

Knitted textile developed for microgravity garments

Partner: Anna Talvi
High-H radiation protective garment
Study / PoC

High-H radiation protective garment

Multilayer protective garment concept for space radiation

Partner: UNIMORE · DISMI
4D to 2D textile
Study / PoC

4D to 2D textile

Galactica Pioneer Acceleration Project 2021, funded under EU Horizon 2020

Partner: Microgravity Technologies · Galactica
Textile structures for habitation modules
Study / PoC

Textile structures for habitation modules

Textile tensegrity structures for lunar habitation modules

Partner: HASSELL · Microgravity Technologies

We are looking for antenna and reflector manufacturers integrating textile mesh, technical textile companies interested in co-development or licensing, and strategic partners to take the mesh from component to flight-ready product.

Partner with us →

02 · Functional & Protective

Special fabrics and modular protection systems

Fabrics engineered for one dominant function and combined into garments with differentiated zones: each body area receives the protection or function it needs.

EN 388:2016 · CUT LEVEL (ISO 13997 TDM)D → F+A2B5C10D15E22F30min. cutting force [N]
Fig. B1 · Cut levels and our achieved range
Thermal comfort fabrics
Product

Thermal comfort fabrics

Lightweight, breathable; bioceramic radiative insulation

Cut & pierce resistant fabrics
Product

Cut & pierce resistant fabrics

EN 388 cut level D to F and above; anti-piercing behaviour

Flame resistant fabrics
Product

Flame resistant fabrics

Based on inherently flame-retardant materials

EMI shielding fabrics
Product

EMI shielding fabrics

Multi-band shielding effectiveness (SE)

Multi-functional modular baselayer
Study / PoC

Multi-functional modular baselayer

Modular approach with differentiated zone protection and function; shown at MILIPOL 2025

Partner: The Woolmark Company
Differentiated textile architecture
Study / PoC

Differentiated textile architecture

Modular approach, differentiated zone function

Partner: The Woolmark Company
Fragment resistant combat shirt
Study / PoC

Fragment resistant combat shirt

Modular approach, differentiated zone protection

Partner: Arclin

03 · Design & Acoustics

3D knitted acoustic fabric and shaped panels

A double-bed 3D knitted structure absorbs sound in its thickness while keeping a printable, decorative face. The same know-how produces thermosetting panels that hold complex shapes.

Fig. C1 · 3D knitted fabrics with Sound-absorbing and Inherently Flame Retardant material
Fig. C1 · 3D knitted fabrics with Sound-absorbing and Inherently Flame Retardant material
Sound-absorbing curtains and sails
Product

Sound-absorbing curtains and sails

3D sound-absorbing fabric for curtains or drapes, decorated with printed graphics. Patent IT 102023000012498

Acoustic ceiling and wall panels
Product

Acoustic ceiling and wall panels

3D sound-absorbing fabric for semi-rigid suspended panels

Thermosetting panels: simple shapes
Study / PoC

Thermosetting panels: simple shapes

Thermoset knitted panels with integrated light

Partner: Foscarini
Thermosetting panels: complex shapes
Study / PoC

Thermosetting panels: complex shapes

Knitted fabrics formed and set into complex 3D shapes

04 · Environment & Sustainability

Biodegradable textiles for marine restoration

Knitted biodegradable geotextiles support the regrowth of Posidonia oceanica meadows on the sea bed. Natural fibres added to a bioplastic skeleton tune the floating behaviour of the structure.

NATURAL FIBRE / PBSA + QUARTZ NET · BLENDS40%60%60%40%jute or coconut fibrePBSA + quartz net
Fig. D1 · Tested blend ratios
Sea-bed restoration geotextile
Study / PoC

Sea-bed restoration geotextile

Biodegradable PBSA geotextile supporting Posidonia oceanica regrowth

Partner: Università di Pisa · Università di Siena · ISPRA · Acquario di Livorno · ASA · Coatyarn
Natural-fibre bioplastic structure
Study / PoC

Natural-fibre bioplastic structure

Jute or coconut fibres added to a PBSA + quartz net skeleton (40/60 and 60/40) to improve floating behaviour

Have a specification?

Send us the requirement: frequency band, protection level, acoustic target or environment. We answer with a feasibility assessment and a sampling plan.

Contact engineering →