SciTransfer
Organization

WEVERIJ FLIPTS EN DOBBELS NV

Belgian weaving SME supplying woven flax and bio-based fibre reinforcements for recyclable composites in automotive, aeronautical, and marine R&D.

Industrial manufacturer (textile/composites SME)manufacturingBESMEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€367K
Unique partners
26
What they do

Their core work

Weverij Flipts en Dobbels is a Flemish textile weaving company (SME) based in Roeselare, Belgium. "Weverij" means weaving mill in Dutch, and their core industrial expertise lies in producing woven fiber materials — including natural fibres such as flax — that serve as reinforcement fabrics in composite materials. They participate in advanced materials R&D consortia as an industrial partner, contributing practical manufacturing knowledge of woven textiles to projects developing bio-based, recyclable, and high-performance fibre-reinforced composites. Their specific value to research consortia is translating laboratory-scale fiber chemistry into industrially producible woven reinforcements for sectors including automotive, construction, aeronautical, and marine industries.

Core expertise

What they specialise in

Woven natural fibre reinforcements (flax)primary
2 projects

Both ECOXY and VIBES explicitly involve bio-based fibres and flax as reinforcement materials, pointing to their weaving mill's core production capability.

Bio-based fibre-reinforced compositesprimary
2 projects

ECOXY (2017–2020) focused on bio-based recyclable epoxy composites using bio-based fibres and resins, with Flipts & Dobbels as an industrial participant.

Recyclable and reprocessable thermoset compositessecondary
2 projects

Both projects target recyclability and reprocessability of composite materials, with VIBES pursuing advanced vitrimer and Diels-Alder chemistry for greener recycling.

Multi-sector composite applications (automotive, aeronautical, marine, construction)secondary
2 projects

ECOXY targeted automotive and construction; VIBES expanded scope to aeronautical and marine industries, demonstrating cross-sector applicability of their fibre inputs.

Evolution & trajectory

How they've shifted over time

Early focus
Bio-based recyclable fibre composites
Recent focus
Thermoset vitrimer recycling with flax

In their first H2020 project (ECOXY, 2017–2020), the focus was on the core concept of bio-based recyclable composites — substituting conventional resins and fibres with bio-derived alternatives, and demonstrating reprocessability and repairability (the "3R" concept) primarily for automotive and construction. By their second project (VIBES, 2021–2025), the technical ambition deepened considerably: the chemistry shifted toward sophisticated mechanisms — vitrimers, supramolecular architecture, and Diels-Alder adducts — as pathways to greener thermoset recycling, while application sectors expanded to aeronautical and marine. The trend shows a consistent through-line of recyclability combined with a shift from bio-based substitution as the goal toward advanced chemical recyclability as the goal, with natural fibres (particularly flax) remaining their stable industrial contribution throughout.

This company is moving toward high-value aerospace and marine composite recycling markets, consistently anchored by natural fibre (flax) manufacturing — a rare combination of traditional weaving craft and advanced materials chemistry that positions them well for future bio-economy consortia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

Flipts & Dobbels participates exclusively as a consortium partner, never as coordinator — a pattern consistent with an industrial SME that brings a specific manufacturing capability (woven fibres) rather than driving the research agenda. With 26 unique partners across just 2 projects, they have engaged with broad, diverse consortia rather than a tight recurring network. This suggests they are sought out as specialist industrial validators who can confirm that laboratory fiber concepts are manufacturable at scale.

Despite only 2 projects, Flipts & Dobbels has built connections with 26 unique partners across 10 countries — an unusually wide network for such a small project portfolio — suggesting they joined well-connected, multi-partner RIA consortia. No data indicates repeated partnerships with the same organizations.

Why partner with them

What sets them apart

Flipts & Dobbels occupies a rare niche: an active industrial textile weaver that participates directly in frontier EU composites research. Most research consortia struggle to recruit manufacturers who can both understand advanced polymer chemistry and physically produce woven natural fibre reinforcements — this company does both. Their Flemish location also places them within one of Europe's most active flax-growing and processing regions, giving them supply chain credibility that purely technical partners cannot match.

Notable projects

Highlights from their portfolio

  • ECOXY
    The higher-funded project (EUR 202,250) and their entry into EU R&D, establishing their profile in bio-based recyclable composite manufacturing for automotive and construction sectors.
  • VIBES
    An ongoing project (2021–2025) pushing into chemically sophisticated vitrimer-based recycling and expanding into aeronautical and marine applications — their most technically ambitious engagement to date.
Cross-sector capabilities
automotive components and lightweightingaeronautical and aerospace structural partsmarine and shipbuilding compositesbio-economy and natural fibre valorisation
Analysis note: Two projects provide a thin but consistent signal. The CORDIS sector classification as "Food & Agriculture" appears to be a system error — both projects are unambiguously advanced materials research. The company name "Weverij" (Dutch: weaving mill) is the strongest clue to their actual industrial role: producing woven fibre fabrics for composite reinforcement. This inference is well-supported by the keyword presence of "flax", "bio-based fibres", and "carbon & glass fibres", but their precise role within each consortium cannot be fully verified from available data alone.
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