LION-HEARTED focused on conjugated polymers for bio-organic electronics, while e-Sequence engineered heteroatom-doped graphene nanoribbons.
BASQUE CENTER FOR MACROMOLECULAR DESIGN AND ENGINEERING POLYMAT FUNDAZIOA
Spanish polymer research center specializing in macromolecular design for electronics, nanomaterials, energy storage, and industrial organic frameworks.
Their core work
POLYMAT is a polymer research center based in San Sebastián, Spain, specializing in the design and engineering of advanced macromolecular materials. Their work spans functional polymers for electronics, energy storage, nanomaterials processing, and biomedical applications — translating fundamental polymer science into applied technologies. In H2020, they contributed as a third-party expert to projects requiring deep polymer chemistry knowledge, from 3D-printed batteries and organic semiconductors to covalent organic frameworks for industrial use.
What they specialise in
e-Sequence targeted carbon nanoforms including fullerenes and nanotubes; MagnifiCOF developed covalent organic frameworks and conjugated microporous polymers.
NanoPAT developed process analytical technologies for industrial nanoparticle production using photonics-based monitoring.
iPES-3DBat explored innovative polymeric batteries fabricated by 3D printing.
MagnifiCOF (2021-2022) focused on shaping covalent organic frameworks for industrial-scale use — their most recent project.
How they've shifted over time
POLYMAT's early H2020 involvement (2017-2018) centered on carbon nanostructures — fullerenes, nanotubes, and heteroatom-doped nanocarbons — alongside researcher training through the WIRL programme. From 2019 onward, their focus shifted toward applied functional materials: bio-organic electronics for medical devices, photonics-based nanomanufacturing, and covalent organic frameworks designed for industrial use. The trajectory shows a clear move from fundamental carbon science toward application-ready polymer technologies with commercial potential.
POLYMAT is moving toward industrially applicable organic frameworks and polymer-based process technologies, making them increasingly relevant for manufacturing and biomedical partnerships.
How they like to work
POLYMAT participates exclusively as a third-party contributor (5 of 6 projects), meaning they are typically brought in by a consortium partner for their specific polymer expertise rather than joining as a full participant. This is characteristic of a specialized research center whose capabilities are called upon when deep macromolecular science knowledge is needed. With 67 unique partners across 15 countries, they have a broad but arms-length network — they are a go-to expert others bring to the table, not a consortium builder.
Despite their third-party role, POLYMAT has touched 67 unique consortium partners across 15 countries, indicating that their polymer expertise is in demand across a wide range of European research groups and industries.
What sets them apart
POLYMAT occupies a distinctive niche as a dedicated macromolecular engineering center that bridges fundamental polymer science with multiple application domains — from biomedical optoelectronics to industrial nanomanufacturing. Their consistent third-party role means they bring focused, high-value polymer expertise without the overhead of full consortium membership, making them an efficient specialist partner. For anyone needing advanced polymer design, synthesis, or characterization capabilities in a European project, POLYMAT is one of Spain's premier choices in this field.
Highlights from their portfolio
- LION-HEARTEDUnusual intersection of conjugated polymer electronics with cardiovascular medicine — demonstrates POLYMAT's ability to apply polymer science to biomedical challenges.
- NanoPATTheir most industry-facing project, developing real-time photonics-based monitoring for industrial nanoparticle production — closest to direct manufacturing applications.
- MagnifiCOFMost recent project (2021-2022) focused on scaling covalent organic frameworks for industrial use, signaling POLYMAT's push toward commercializable materials.