UK composites SME specializing in nanocomposites, graphene integration, and pilot-scale production for transport, construction, and circular economy applications.
Netcomposites (trading as Coventive Composites) is a UK-based SME specializing in advanced composite materials — developing, testing, and scaling production of fibre-reinforced polymers and nanocomposites for automotive, aerospace, marine, construction, and furniture sectors. They bridge the gap between laboratory material science and industrial-scale manufacturing, with particular strength in thermoplastic composites, bio-based materials, and nano-enabled formulations. Their work spans the full composites value chain: from material characterization and long-term testing through to pilot line production and circular economy design for end-of-life recycling and remanufacturing.
Core thread across NANOLEAP (nanocomposite construction materials), RAMSSES (advanced materials for ships), ReInvent (bio-based composites), BIOMAT (nano-enabled foams), IntAir (aircraft interior composites), and Polaris (thermoplastic CNG tanks).
Sustained participation in the EU Graphene Flagship through GrapheneCore2, GrapheneCore3, and the 2D-EPL experimental pilot line — all as third-party contributor.
ECOBULK focused on circular design for furniture, automotive parts, and buildings; GreenLight explored lignin-based carbon fibres as a bio-sourced alternative.
NANOLEAP involved production pilot plants for nanocomposites, 2D-EPL is a graphene experimental pilot line, and BIOMAT operates as an open innovation test bed with pilot line infrastructure.
Polaris (thermoplastic CNG tanks for automotive), IntAir (lighter aircraft interiors), RAMSSES (efficient ship materials), and ECOBULK (internal car parts) all target weight reduction in transport.
In the early period (2015–2018), Netcomposites focused on industrial nanocomposites for construction (NANOLEAP), bio-based carbon fibres (GreenLight), circular design for bulky products (ECOBULK), and lightweight aircraft interiors (IntAir) — practical, near-market material applications. From 2018 onward, their work shifted decisively toward graphene and 2D materials through the Flagship programme (GrapheneCore2, GrapheneCore3, 2D-EPL), while maintaining their composites core through bio-based nano-enabled materials (BIOMAT). The trajectory shows a company moving from conventional advanced composites toward next-generation nanomaterial integration at pilot-line scale.
Netcomposites is positioning itself as an industry bridge for graphene and 2D materials, helping translate Flagship research into manufacturable composite products — expect continued focus on nano-enabled pilot production.
Netcomposites primarily operates as a specialist contributor rather than a consortium leader — coordinating only 1 of 11 projects (Polaris, their largest single grant at EUR 1.09M) while joining 6 as participant and 4 as third party. Their 336 unique consortium partners across 25 countries indicate they are a highly networked organization that brings composites expertise into large, multi-partner consortia. The high proportion of third-party roles (particularly in the Graphene Flagship) suggests they are valued as a focused technical contributor that larger projects bring in for specific composites know-how.
With 336 unique consortium partners across 25 countries, Netcomposites has built one of the broader collaboration networks you'd expect from an SME — largely driven by participation in the massive Graphene Flagship consortia. Their reach spans most of the EU, with strong connections in both Western European industrial hubs and research-intensive countries.
Netcomposites occupies a rare niche: a composites-focused SME with deep enough expertise to be repeatedly invited into the EU's flagship graphene programme alongside major research institutions and large corporates. Their ability to work across transport, construction, furniture, and aerospace — always through the lens of composite material innovation — makes them a versatile partner for any consortium needing practical composites manufacturing and testing capability. For a small company, their network breadth (336 partners, 25 countries) is exceptional and reflects genuine demand for their specialist contribution.
