Central to FBD_BModel (fashion products), Popmask (poplar fiber filtration), and Repro-light (material components for lighting systems).
GRADO ZERO ESPACE SRL
Italian textile SME developing sustainable fibers, nonwoven filtration media, and advanced material solutions for manufacturing and health applications.
Their core work
Grado Zero Espace is an Italian SME specializing in advanced textile materials and smart material applications, based in Montelupo Fiorentino near Florence. They develop innovative fibers, nonwovens, and textile-based solutions for industrial and consumer applications — from sustainable LED lighting components to customized fashion manufacturing and antibacterial filtration media. Their core competence lies in translating material science research into functional textile products, bridging the gap between laboratory fiber development and market-ready applications.
What they specialise in
Coordinated the Popmask project developing poplar-based sustainable antibacterial fibers for face mask filtration media.
Popmask (2021-2023) focused specifically on nonwoven filter media from natural poplar fibers — their most recent and self-led project.
FBD_BModel addressed customized fashion product manufacturing; Repro-light tackled re-configurable LED lighting components.
Participated in I AM RRI, exploring value chains of additive manufacturing through an RRI lens.
How they've shifted over time
In their earlier H2020 participation (2017-2019), Grado Zero Espace worked broadly across manufacturing topics — sustainable lighting systems, customized fashion manufacturing, and responsible innovation in additive manufacturing. Their recent work (2021-2023) shows a sharp pivot toward fiber science and sustainable textiles, culminating in the Popmask project where they took the coordinator role for the first time. This trajectory suggests a deliberate move from general advanced materials participation toward becoming a specialized player in bio-based and sustainable fiber technologies.
Grado Zero Espace is converging on bio-based sustainable fibers and nonwoven textile applications, making them a strong candidate for future projects in green materials, circular textiles, and functional filtration.
How they like to work
Primarily a consortium participant (3 out of 4 projects), they stepped up to coordinate their most recent project (Popmask), signaling growing confidence and leadership capacity. With 38 unique partners across 15 countries from just 4 projects, they work in mid-to-large consortia and maintain a broad, non-repetitive partner network. This pattern suggests they are adaptable collaborators who bring specialized material expertise to diverse teams rather than operating within a fixed cluster.
Despite only 4 projects, they have built a remarkably wide network of 38 partners across 15 countries, indicating participation in large European consortia with strong geographic diversity. No single country dominance is apparent — this is a truly pan-European collaborator.
What sets them apart
Grado Zero Espace occupies a distinctive niche as a textile-focused SME that can take research-grade fiber innovations and develop them toward product applications. Their combination of fiber science expertise with practical manufacturing know-how — spanning fashion, lighting, and filtration — makes them unusually versatile for a small company. For consortium builders, they offer hands-on material prototyping and product development capacity that bridges academic research and industrial production.
Highlights from their portfolio
- PopmaskTheir only coordinator role — a Marie Skłodowska-Curie project developing poplar-based sustainable antibacterial face mask filtration, representing their strategic pivot to bio-based fibers.
- FBD_BModelLargest EC contribution (EUR 275,625) and directly aligned with their textile manufacturing expertise, integrating customization and innovation into small-series fashion production.
- Repro-lightDemonstrates cross-sector versatility — applying material and manufacturing expertise to sustainable LED lighting systems, outside their typical textile domain.