NANO2DAY (2018–2023) is entirely built around multifunctional polymer composites doped with novel 2D nanoparticles, with MXene and graphene as the central materials.
USTAV POLYMEROV SLOVENSKEJ AKADEMIEVIED VEREJNA VYSKUMNA INSTITUCIA
Slovak Academy polymer institute specializing in multifunctional composites with 2D nanomaterials — MXene and graphene — for electrical and mechanical applications.
Their core work
Polymer Institute SAS is a dedicated polymer materials research institute within the Slovak Academy of Sciences, based in Bratislava. Their core scientific work involves developing and characterizing advanced polymer composites, with a demonstrated focus on incorporating 2D nanomaterials — specifically MXene and graphene — to engineer functional properties such as electrical conductivity and enhanced mechanical performance. In EU projects they operate as a specialist research contributor, providing deep polymer science expertise to larger international consortia rather than leading projects themselves. Their work targets application-relevant performance goals, making their outputs relevant to industries that need functional composites with tailored electrical or structural properties.
What they specialise in
NANO2DAY keywords include mechanical property and electrical conductivity, indicating the institute's role in measuring and optimizing these specific material properties.
Both CEMEA and NANO2DAY address advanced materials and nanotechnologies, though from different angles — institutional capacity in CEMEA and deep technical research in NANO2DAY.
CEMEA (2015–2016) involved the institute as a third party in building a Centre of Excellence for advanced materials in Slovakia.
How they've shifted over time
In their earliest H2020 involvement (2015–2016), the institute appeared in a Widening Participation initiative focused on building institutional excellence — broad in scope, covering advanced materials, nanotechnologies, and even biotechnologies as a cluster. By 2018 they had shifted sharply into highly specific technical research: NANO2DAY is about one class of materials (2D nanoparticles), two specific substances (MXene and graphene), and two concrete functional targets (electrical conductivity and mechanical properties). The trajectory is from broad institutional visibility to narrow technical depth, which suggests the institute has found and committed to a focused materials specialization rather than pursuing diversified project participation.
They are narrowing into a specialized niche at the intersection of polymer processing and next-generation 2D nanomaterials, particularly MXene — a relatively new material class with strong commercial interest in electronics, energy storage, and shielding applications.
How they like to work
Polymer Institute SAS has never coordinated an H2020 project — they join as participants or third-party contributors, indicating they operate as a specialist node within larger consortia rather than as initiators. Despite only two projects, they accumulated 19 unique partners across 9 countries, suggesting they entered well-networked consortia (particularly through MSCA-RISE, which involves staff exchanges and mobility across multiple sites). Working with them likely means engaging a focused technical team that delivers specific measurement and materials science outputs rather than project management capacity.
With 19 unique consortium partners across 9 countries from just two projects, the institute is embedded in genuinely international research networks despite modest project volume. Their MSCA-RISE participation implies active researcher mobility, which typically builds more durable cross-border relationships than standard consortium membership alone.
What sets them apart
As a dedicated polymer institute within the Slovak Academy of Sciences, they bring specialized infrastructure and a focused scientific identity that a university department or multi-domain institute cannot match — their entire mandate is polymer materials. Their demonstrated expertise in MXene-based composites is a genuine differentiator: MXene is a materials class discovered only in 2011, and researchers who already have MSCA-RISE project experience with it are a relatively small group in Europe. For a consortium needing polymer processing combined with 2D nanomaterial doping and functional characterization, this institute offers a specific and hard-to-replicate combination.
Highlights from their portfolio
- NANO2DAYThe institute's only funded project (EUR 117,000 via MSCA-RISE) is focused on MXene — one of the most commercially promising new 2D materials — giving the institute early-mover credibility in a fast-growing research area.
- CEMEAParticipation as a third party in a Centre of Excellence initiative reveals the institute's recognized role in Slovakia's broader advanced materials ecosystem and its institutional connections within the Slovak Academy of Sciences network.