Both Fatigue4Light and SALEMA rely on aluminum forming processes and alloy development, reflecting core industrial capabilities Profilglass brings as a manufacturer.
PROFILGLASS SPA
Italian aluminum profile manufacturer specializing in lightweight automotive components, EV alloys, and critical raw material substitution.
Their core work
Profilglass is an Italian industrial manufacturer specializing in aluminum profile extrusion and forming, based in the Marche region. In H2020 projects, they contribute production-floor expertise: real-world forming process validation, component fatigue testing, and industrial-scale manufacturing insights that academic or SME partners typically cannot provide. Their participation in both a lightweight materials project and a critical raw materials substitution project positions them as an automotive-sector aluminum processor with hands-on capability to test and demonstrate new alloy formulations at industrial scale. They sit at the intersection of automotive supply chains and material innovation, making them a credible bridge between research results and commercial production readiness.
What they specialise in
Fatigue4Light explicitly targets lightweight chassis components with fatigue modelling and advanced testing of high-performance materials in automotive applications.
SALEMA focuses on substituting critical raw materials in aluminum alloys for electric vehicles, a direct match to Profilglass's aluminum processing expertise.
SALEMA's keyword set includes recycling, value-chain, and circular economy, indicating Profilglass is expanding its scope toward end-of-life and sustainability dimensions.
How they've shifted over time
Both projects began in 2021, so the timeline is compressed — but the keyword split between the two projects reveals a meaningful thematic shift. The Fatigue4Light project centers on mechanical performance: fatigue resistance, forming processes, advanced testing, and lightweight chassis design. SALEMA pushes into sustainability territory: critical raw material substitution, recycling, circular economy, and industrial exploitation within EV value chains. The direction of travel is clear: Profilglass is moving from performance-oriented aluminum processing toward sustainability-driven aluminum innovation, particularly in the electric vehicle sector.
Profilglass is positioning itself as an industrial partner for EV-focused, sustainability-driven material innovation — particularly aluminum alloy development that reduces dependency on critical raw materials while meeting automotive performance requirements.
How they like to work
Profilglass has participated in both H2020 projects as a consortium partner, never as coordinator — a pattern consistent with a manufacturer contributing industrial validation rather than driving research agendas. With 30 unique partners across 9 countries from just two projects, they engage in large, multi-partner Innovation Actions where their role is likely to provide production-relevant testing, forming process expertise, or real-world manufacturing feedback. This suggests they are comfortable as a specialist industrial node in diverse research consortia.
Profilglass has built a network of 30 unique consortium partners across 9 countries through only two projects — an unusually broad reach for such limited participation, suggesting both projects were large Innovation Actions with wide European consortia. No geographic concentration is visible from the data.
What sets them apart
Profilglass is an industrial aluminum processor that participates in frontier materials research — a combination that is relatively rare, as most manufacturers either stay out of EU research projects or join only superficially. Their dual presence in both structural lightweight design (Fatigue4Light) and critical raw material substitution (SALEMA) shows they can contribute across the full aluminum innovation chain, from forming process optimization to alloy reformulation for next-generation vehicles. For consortium builders targeting automotive or EV material challenges, Profilglass offers production-scale credibility that universities and research institutes cannot replicate.
Highlights from their portfolio
- SALEMAThe largest project by funding (€435,225) and the most strategically significant — addressing critical raw material dependency in EV aluminum alloys, a pressing European industrial challenge at the heart of the green transition.
- Fatigue4LightFocused on fatigue modelling and fast testing for lightweight chassis components, demonstrating Profilglass's role in bridging advanced simulation methods with real-world manufacturing and automotive structural validation.