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Grado Zero Espace

Casa
Italia
Montelupo Fiorentino
Grado Zero Espace

Services for Innovation of Manufactured Products

http://www.gradozero.eu

Our know-how is your guarantee

GradoZero Innovation Srl.

Grado Zero Espace™, trademark of Grado Zero Lab, carries on our 2001 heritage in high‑level R&D, translating aerospace & biomaterial breakthroughs into everyday products. The mission is to help other companies to develop a new generation of manufacturing products: , , .

06/09/2026

FROM EUCALYPTUS LIGNIN TO FUNCTIONAL CARBON.

A resource left over from paper production can become the starting point for advanced materials.

EUCALIVA explored how lignin recovered from eucalyptus pulping could be transformed into carbon fibres, non-wovens and conductive materials.

The research connected material recovery with practical applications: lignin-derived carbon was incorporated into conductive inks, enabling printed electrodes on flexible and stretchable substrates for sensors and biosensors.

Grado Zero Innovation participated in this European project, contributing to a research pathway that forms part of today’s Grado Zero Lab heritage.

The electrode samples pictured were developed by project partner Biosensor s.r.l.

The opportunity begins with recognising what a resource can become—and developing the processes that give it a new technical function.

EUCALIVA — EUCAlyptus LIgnin VAlorisation for Advanced Materials and Carbon Fibres.
Supported by the Bio-based Industries Joint Undertaking under Horizon 2020.
Grant Agreement No. 745789.

CarbonMaterials CircularBioeconomy Horizon2020 GZLArchive

05/09/2026

FLOWERS CAN BE MORE THAN INSPIRATION. THEY CAN BECOME MATERIALS.

Our team conceived and developed a flower-based approach to thermal insulation, combining unconventional botanical fibres, bio-based binders and aerogel.

The starting point was recognising technical potential in natural structures: lightness, softness and the ability to trap air—qualities we usually associate with animal down or engineered synthetic fillings.

The challenge was to translate those qualities into a functional material. Selecting suitable fibres, integrating aerogel and balancing loft, flexibility and thermal performance required research across materials science and textile engineering.

Natural origin does not mean simple technology.

This work built a distinctive body of experience: understanding how unusual botanical resources can become technical insulation through carefully designed material combinations.

FLWRDWN™ and FLWRFILL™ were conceived and developed by our team and are now owned by PANGAIA. They are not products offered by Grado Zero Lab.

Here, we are sharing the research heritage behind this approach and the knowledge developed through it.

From unexpected natural resources to engineered textile function.

The botanical photograph is a visual reference, not a representation of the proprietary formulation.

TextileInnovation GZLArchive

05/09/2026

Real research. Future possibilities.

At Grado Zero Lab, material science, design and engineering come together to explore what’s next.

What’s your next material challenge?

04/09/2026

ONE ATOM THICK. A NEW MATERIAL PATHWAY.

Graphene is a single layer of carbon atoms arranged in a honeycomb structure. Its potential does not come only from being exceptionally thin—it comes from what that structure can bring to another material.

In this Grado Zero Lab archive research, exfoliated and functionalised graphene sheets were explored within polymer systems.

Even at small quantities, these sheets can help open new pathways for stiffness, thermal stability and electrical or thermal conductivity.

The point was not to treat graphene as a stand-alone “wonder material”, but to understand how it could become part of a composite: integrated into polymers and redesigned around real applications.

From lightweight components to technical coatings, energy devices and protective materials, the question remains the same:

How can a material become more functional without becoming more complex?

MaterialInnovation SmartMaterials CarbonScience GZLArchive

04/09/2026

WHAT IF INSULATION WASTE COULD PROTECT YOU AT HIGH ALTITUDE?

Blue Air is a Grado Zero Lab archive material developed from offcuts of building-insulation boards.

Its blue open-cell foam structure is light, breathable, water-resistant and compression-resistant—properties that made it worth exploring as insulation for technical mountain wear.

The archive images show the material’s journey from small foam fragments to padding inside the Quota Zero jacket.

Not every high-performance material needs to begin as something new.

Sometimes innovation starts by recognising a new function in what was already there.

MountainWear MaterialInnovation Upcycling GZLArchive

03/09/2026

WHEN A SPACE BLANKET BECOMES A MATERIAL PLATFORM.

SpaceSkin began with an ultra-thin metallised Mylar membrane—the same material logic behind the reflective films developed for space environments.

Grado Zero Lab explored how a polymeric coating could extend that heritage: adding mechanical resistance and durability while transforming the hand feel of a metallic surface into something softer and more tactile.

Ultra-thin.
Reflective.
Resilient.

The archive images reveal the material in its simplest form: a flexible gold-and-silver membrane that folds, moves and catches light—while reflecting radiant heat.

A reminder that performance does not always need thickness.

TechnicalTextiles CoatingScience GZLArchive

02/09/2026

WHAT IF GRANULAR WASTE COULD BECOME A NEW MATERIAL?

Aggregating Treatment is a Grado Zero Lab archive research pathway developed for natural granular materials such as sand, rocks and ceramics.

The principle is simple:

Shape the material.
Apply the aggregating solution.
Allow it to cure at room temperature.

The result is a solid object or surface with a new form and mechanical consistency—created without the need for high-temperature firing.

The archive sample shown here captures that transformation: loose grains becoming a coherent material system.

For us, circular materials research is not only about choosing recycled inputs. It is about developing new processes that give residual materials a second life, new functions and new design possibilities.

SustainableMaterials LowEnergyProcessing ResearchAndDevelopment GZLArchive

01/09/2026

WHAT HAPPENS WHEN AN UNEXPECTED MATERIAL BECOMES PART OF A TECHNICAL GARMENT?

This archive project combined ultra-thin leather with cigarette paper—selected for its lightness and resistance—and a thermo-active polymer membrane.

The intention was not to decorate leather with an unusual material. It was to build a layered system: paper to support the delicate surface, leather to preserve its tactile quality, and a membrane to explore responsive comfort across changing conditions.

Three materials.
Three different roles.
One new technical language for a garment.

A reminder that innovation often begins by looking again at materials we think we already know.

TextileInnovation AdvancedMaterials GarmentDesign GZLArchive

01/09/2026

BLACK IS NOT JUST A COLOUR.

With Absolute Black, Grado Zero Lab explored how carbon nanotubes and micro-fillers could be dispersed within polymer matrices to create surfaces that absorb visible light with exceptional depth.

The result was not a single product, but a material-design process: studying how nanostructure can influence opacity, brightness, surface character and the way an object is perceived.

From powder to polymer.
From light absorption to form.

The archive prototypes shown here document an early investigation into optical effects designed directly into matter.

PolymerDesign MaterialResearch LightAbsorption GZLArchive

31/08/2026

NATURAL DOES NOT HAVE TO MEAN PASSIVE.

With Caleo‑Tex, Grado Zero Lab explored how cotton yarns and fabrics could become conductive through a targeted finishing process based on carbon nanotube dispersions.

The starting point remained a natural textile: soft, flexible, breathable and familiar to wear. The research challenge was to add a new function without losing those qualities.

By integrating carbon nanoparticles into the fibre structure, the material could carry electrical conductivity—opening research pathways for textile heating, lighting, wearable electronics and sensing.

This is the principle that still guides much of our work: innovation does not always require replacing natural materials with synthetic systems. Sometimes it means understanding a natural fibre deeply enough to give it another capability.

Cotton can remain cotton.
And become an interface.

NaturalFibres TextileFinishing WearableTechnology MaterialsInnovation GZLArchive

Indirizzo

Via Arti E Mestieri 11
Montelupo Fiorentino
50056

Orario di apertura

Lunedì	09:00 - 17:00
Martedì	09:00 - 17:00
Mercoledì	09:00 - 17:00
Giovedì	09:00 - 17:00
Venerdì	09:00 - 17:00

Sito Web

http://www.gradozero.eu/

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