Industrial fiber materials manufacturer specializing in cellulose-based solutions for biodegradable packaging and electrical insulation components.
Ahlstrom Specialties is the specialty division of Ahlstrom-Munksjö, a large industrial manufacturer of fiber-based materials headquartered in France. The company develops and produces advanced cellulose and fiber-based products for industrial applications, contributing materials science and process engineering expertise to EU research consortia. Their H2020 participation spans biodegradable packaging materials and cellulose-based electrical insulation, reflecting a core competency in engineering functional properties into fiber substrates across very different end-use sectors. In research projects they serve as an industrial partner, providing manufacturing scale-up capabilities and real-world materials expertise that academic partners typically cannot offer.
Both SHERPACK (polysaccharide-based packaging) and NOVUM (cellulose electrical insulation) are built on the company's core competency in engineering functional cellulose substrates for demanding applications.
SHERPACK targeted innovative structured polysaccharide-based materials for recyclable and biodegradable flexible packaging, a direct application of their fiber engineering capabilities in the food sector.
NOVUM focused on pilot-line manufacturing using 3D printing, foam forming, and thermoforming to produce cellulose-based electrical insulation components at industrial scale.
NOVUM keywords include thermoplastic and thermoforming, indicating growing capability in hybrid fiber-thermoplastic material systems beyond traditional wet-laid fiber processes.
Both H2020 projects launched simultaneously in 2017, so there is no long temporal arc to trace through sequential phases. What the data does reveal is two parallel tracks active at the same time: SHERPACK addressed the circular economy in food packaging through polysaccharide-based biodegradable materials, while NOVUM pushed into electrical insulation — an entirely different application domain using the same cellulose material platform. The NOVUM project, which ran five years and is the only one with recorded funding, concentrated on manufacturing process innovation (3D printing, foam forming, thermoforming) rather than chemistry alone, signaling a move toward advanced fabrication methods for high-value specialty components.
Their trajectory points toward high-value industrial applications of cellulose beyond packaging — particularly specialty components for electrical and energy sectors where fiber-based materials can replace synthetic alternatives.
Ahlstrom Specialties has participated exclusively as a consortium partner, never taking a project coordinator role across their two H2020 projects. Despite only two projects, they engaged with 20 unique partners across 9 countries — unusually broad for such limited participation — suggesting integration into established, multi-partner consortia rather than tight bilateral relationships. This profile fits an industrial partner valued for their material manufacturing capabilities rather than project management leadership.
Ahlstrom Specialties worked with 20 unique partners across 9 countries through just two projects, indicating placement in large, geographically diverse consortia. No specific country concentration is identifiable from the available data, pointing to broad European engagement rather than a regional cluster.
Ahlstrom Specialties is a rare industrial materials manufacturer that spans both the bio-based packaging sector and the electrical insulation sector through a common cellulose materials platform — a cross-sector capability that few European fiber companies can demonstrate in H2020 project evidence. As part of the Ahlstrom-Munksjö group, they bring not just R&D capability but the industrial scale-up infrastructure needed to move pilot results toward commercial production. For consortia needing a credible industrial end-user or manufacturer for fiber-based material systems, this company offers both the technical depth and the production capacity to validate results at scale.
