Both Fatigue4Light and SALEMA address lightweight structural parts for automotive applications, positioning this as their core industrial competence.
GESTAMP HARDTECH AB
Swedish automotive press-hardening specialist combining lightweight chassis expertise with critical raw material substitution for electric vehicle aluminium components.
Their core work
Gestamp Hardtech AB is a Swedish industrial company specializing in advanced metal forming processes — particularly press hardening and hot forming — to produce lightweight structural chassis components for the automotive sector. Based in Lulea, Sweden, they apply high-performance material techniques to manufacture body-in-white parts that meet strict weight, safety, and durability requirements. In EU research projects, they contribute as an industrial partner bringing real production context: fatigue behavior data from actual components, forming process constraints, and end-user validation for novel materials. Their recent project engagement shows a deliberate move toward aluminium alloys and critical raw material substitution to serve the growing electric vehicle market.
What they specialise in
Fatigue4Light directly targets fatigue modelling and fast testing methodologies to optimize part design in lightweight materials.
Both projects reference forming processes and aluminium alloys as central to their chassis component work.
SALEMA focuses specifically on substituting critical raw materials in aluminium alloys intended for electric vehicle applications.
Keywords from SALEMA — recycling, value-chain, circular economy, industrial exploitation — indicate growing engagement with end-of-life and sustainability dimensions of their production processes.
How they've shifted over time
Since both projects run concurrently (2021–2024), the evolution here is thematic rather than strictly chronological: Fatigue4Light represents their established expertise in structural performance — fatigue resistance, forming processes, and high-performance materials for chassis — while SALEMA marks a deliberate expansion into materials sustainability and EV supply chain concerns. The keyword shift from fatigue and lightweight forming toward critical raw materials, recycling, and circular economy reveals a company adapting its manufacturing identity to the electrification megatrend. The trajectory is clear: from optimizing existing steel/aluminium forming for combustion-era vehicles toward rethinking the material inputs entirely for the EV transition.
Gestamp Hardtech is repositioning from structural performance optimization for traditional automotive toward sustainable aluminium materials and circular value chains for electric vehicles — making them a relevant partner for any EV-adjacent lightweight materials consortium.
How they like to work
Gestamp Hardtech participates exclusively as a partner or third party — never as a project coordinator — suggesting they contribute industrial validation and manufacturing expertise rather than driving research agendas. Despite only two projects, they have engaged with 30 unique partners across 9 countries, which indicates participation in large, multi-actor consortia typical of Innovation Actions. This profile — large consortium, industrial partner role — points to an organization that is valued for its production-floor credibility and end-user perspective rather than for research leadership.
With 30 unique partners across 9 countries from just two projects, Gestamp Hardtech clearly participates in large pan-European consortia. Their geographic spread suggests they are integrated into established automotive and materials research networks across multiple EU member states.
What sets them apart
As part of the Gestamp Group — one of the world's largest automotive press-hardening suppliers — Gestamp Hardtech brings industrial-scale manufacturing credibility that most research partners cannot match: real production lines, actual fatigue data from components, and deep knowledge of forming process constraints. Their Lulea base places them within the emerging Nordic battery and EV supply chain ecosystem, giving them proximity to materials and mining actors increasingly relevant to EU green industrial policy. For consortium builders, they offer the critical bridge between laboratory-proven materials and commercially viable automotive production.
Highlights from their portfolio
- Fatigue4LightTheir only directly EC-funded project, it targets a fundamental gap in lightweight automotive design — reliable fatigue prediction — which is a prerequisite for any mass-market adoption of advanced lightweight chassis materials.
- SALEMATheir third-party role in SALEMA signals strategic intent: contributing industrial expertise to critical raw material substitution for EV aluminium alloys places them at the intersection of electrification and European materials sovereignty.