Swedish technical fabrics SME with industrial roll-to-roll manufacturing capability and expertise in sustainable cellulose-based textile materials.
FOV Fabrics AB is a Swedish specialty fabrics manufacturer based in Borås — Sweden's historic textile manufacturing capital and home to a dense cluster of technical textile expertise. Their H2020 participation reveals two distinct industrial competencies: roll-to-roll manufacturing of high-performance flexible materials (contributing substrate and fabric know-how to electronics-adjacent processes), and the development of sustainable cellulose-based textile materials under the EU's Bio-Based Industries program. As an SME, they function as a materials and manufacturing specialist within large research consortia, providing industrial fabric production capability that academic or engineering partners typically lack. Their value to consortia lies in bridging laboratory-scale material innovations to industrially manufacturable textile formats.
Participated in ROLL-OUT (2015–2017), focused on high-performance flexible autonomous systems produced via industrial roll-to-roll equipment — a process directly tied to technical fabric and substrate manufacturing.
Participated in NeoCel (2016–2019), a Bio-Based Industries project developing novel processes for sustainable cellulose-based materials, closely aligned with next-generation textile fiber production.
Both ROLL-OUT and NeoCel implicate specialty fabric substrates — flexible functional materials and bio-based fibers — as the common thread across their two distinct project participations.
NeoCel's BBI-RIA scheme specifically targets the industrial demonstration of bio-based value chains, placing FOV in a scale-up and manufacturability role within the cellulose materials pipeline.
Both H2020 projects ran nearly simultaneously (2015–2017 and 2016–2019), making it impossible to draw a meaningful before/after trajectory — this is a snapshot, not an evolution. What the two projects together reveal is a company with one foot in advanced manufacturing processes (flexible electronics-adjacent roll-to-roll) and one foot in sustainable bio-based materials, which may reflect deliberate diversification or opportunistic consortium participation. Without keyword data or later projects, it is not possible to say which direction has become dominant post-2019.
FOV's shift from digital/electronics-adjacent flexible substrates toward bio-based cellulose materials suggests growing alignment with the textile industry's sustainability transition — making them a plausible partner for circular materials, bio-fiber, or green textile manufacturing projects.
FOV Fabrics operates exclusively as a consortium participant, never as project coordinator — a pattern consistent with an industrial SME that contributes specific manufacturing or materials capability rather than driving research agendas. With 22 unique partners across just 2 projects, they have worked within mid-to-large consortia (11 partners per project on average), suggesting comfort operating as one specialist node among many. There is no evidence of repeat partnerships, indicating they bring sector-relevant skills to new teams rather than relying on a fixed network.
FOV has collaborated with 22 unique partners across 9 countries through only 2 projects, reflecting the broad, multi-national consortium structures typical of RIA and BBI-RIA schemes. Their network is European in scope but has not yet deepened into recurring bilateral partnerships.
FOV Fabrics sits at an unusual intersection: a practicing fabric manufacturer with direct H2020 experience in both flexible electronics manufacturing processes and bio-based sustainable materials — two of the most active development fronts in technical textiles. Based in Borås, they have immediate access to Sweden's textile industry ecosystem and the University of Borås research cluster, which strengthens their credibility as an industrial validation partner. For consortia that need a manufacturer who can test whether a new material or process actually works at production scale on real textile substrates, FOV fills a role that pure research organizations cannot.
