AVK-INDUSTRIEVEREINIGUNG VERSTARKTEKUNSTSTOFFE EV

Their core work

AVK is Germany's industry federation for reinforced plastics and composites, representing manufacturers, processors, and suppliers across the fibre-reinforced polymer (FRP) value chain. As an industry association, their real-world contribution to EU projects is providing sector-wide knowledge, connecting industrial players, and ensuring that research outputs align with the needs and standards of the composites industry. In H2020, they brought industry association expertise to two Innovation Actions — one focused on closing the loop on composite materials at end-of-life, the other on advancing FRP solutions for demanding offshore environments. Their value in a consortium is access to a broad industrial network and the ability to facilitate knowledge transfer between research outcomes and industrial adoption.

What they specialise in

How they've shifted over time

In the earlier phase (FiberEUse, 2017–2021), AVK's engagement centred on the end-of-life challenge for composites: how to reuse, remanufacture, and recycle FRP materials and build new business models around those circular flows. By the later phase (FIBREGY, 2021–2024), the focus shifted toward performance and durability of composites in service — specifically in offshore environments where corrosion resistance, lightweight design, and long-term structural integrity matter most. The arc moves from "what do we do with composites when they're worn out" toward "how do we make composites that last longer and perform better in harsh conditions", suggesting the association is following growing industrial demand in the offshore renewables sector.

AVK appears to be tracking the composites industry's pivot toward offshore wind and marine energy infrastructure, where lightweight, corrosion-resistant FRP materials are increasingly replacing steel — making them a relevant network partner for consortia targeting the offshore renewables supply chain.

How they like to work

AVK participates exclusively as a consortium partner — they have not led any H2020 project as coordinator, which is typical for industry associations that bring network and dissemination value rather than driving technical research. Both their projects were Innovation Actions, suggesting they are sought out to help translate research outputs toward industrial readiness and broad sector uptake. Their 36 unique partners across 12 countries in just two projects indicates they are embedded in wide, diverse consortia rather than recurring closed partnerships.

Despite only two projects, AVK has built connections with 36 unique consortium partners across 12 countries — a wide European footprint that reflects their role as a cross-border industry federation rather than a single-site research unit. No strong single-country concentration is evident from the data.

What sets them apart

AVK is one of the few industry federations in the composites space with direct H2020 participation, giving them a credibility bridge between EU-funded research and the industrial manufacturers who must actually adopt new materials and processes. Unlike a university or research institute, they represent an entire sector — bringing pre-existing relationships with dozens of companies, potential pilot users, and standardisation bodies to any consortium they join. For a project that needs industrial validation, dissemination to a real manufacturing audience, or help building a business case for composite adoption, AVK provides a channel that individual companies or labs cannot replicate.

Highlights from their portfolio

• FIBREGY
  The largest of AVK's two projects (EUR 451,250 EC contribution) and the most technically specific, targeting fibre-reinforced polymer solutions for offshore environments — a strategically important area as the European offshore wind sector scales up.
• FiberEUse
  An early circular-economy Innovation Action that positioned AVK at the forefront of composite end-of-life thinking, addressing a persistent industrial challenge — the near-absence of viable recycling routes for glass and carbon fibre composites.