Core focus across SMARCOAT, LORCENIS, ADDPRIME, FUNCOAT, COAT4LIFE, and VIPCOAT — all centered on protective coatings with active corrosion inhibition.
SMALLMATEK - SMALL MATERIALS AND TECHNOLOGIES LDA
Portuguese SME developing smart anti-corrosion nanocoatings with controlled-release inhibitors for aerospace, maritime, and infrastructure applications.
Their core work
Smallmatek is a Portuguese SME specializing in advanced anti-corrosion coatings and smart protective materials. They develop nano and microcapsule-based coating systems that can sense damage, release corrosion inhibitors on demand, and extend the service life of metallic structures in demanding environments like aerospace and maritime. Their work spans from designing multifunctional surface treatments to integrating AI-driven modeling and digital platforms for optimizing coating performance.
What they specialise in
SMARCOAT developed smart nano/microcapsulated sensing coatings; COAT4LIFE uses nanostructured materials with controlled release; ADDPRIME focused on smart inhibitors in capsule form.
MULTISURF developed active layered double hydroxide treatments; FUNCOAT designed multifunctional PEO coatings; COAT4LIFE works on eco-friendly nanotechnology platforms.
VIPCOAT (their largest project at EUR 370K) builds a virtual platform using physics-based modeling, AI, and ontology for active protective coating optimization.
TUMOCS explored tunable multiferroics based on oxygen octahedral structures, indicating broader materials science capability beyond coatings.
COAT4LIFE explicitly targets circular economy principles; FUNCOAT emphasizes environmental friendly chemistry — both signal a green chemistry direction.
How they've shifted over time
In their early H2020 period (2015–2018), Smallmatek participated in fundamental materials research through MSCA-RISE projects — studying smart coatings (SMARCOAT), multiferroics (TUMOCS), and surface treatments (MULTISURF), building core knowledge in nanomaterials and protective layers. From 2019 onward, their work shifted decisively toward applied, industry-oriented corrosion protection with a strong environmental and digital dimension: eco-friendly coatings (FUNCOAT, COAT4LIFE) and AI-driven virtual platforms for coating design (VIPCOAT). The trajectory shows a clear move from academic collaboration toward commercially deployable, sustainable, and digitally optimized coating solutions.
Smallmatek is moving toward digitally optimized, environmentally sustainable anti-corrosion coatings — combining their nanotechnology expertise with AI modeling and circular economy principles.
How they like to work
Smallmatek operates predominantly as a specialist partner rather than a consortium leader — coordinating only 1 of their 8 projects (the SME Phase 1 feasibility study ADDPRIME). With 51 unique partners across 23 countries, they maintain a broad and diverse network rather than relying on a small circle of repeat collaborators. Their strong presence in MSCA-RISE projects (5 out of 8) indicates they are valued for knowledge exchange and are comfortable working in large, international, research-heavy consortia.
Smallmatek has collaborated with 51 unique partners across 23 countries, giving them one of the wider networks for a company their size. Their partnerships span from Western European research institutions to a genuinely pan-European and possibly global reach through MSCA mobility projects.
What sets them apart
Smallmatek occupies a rare niche as an SME that bridges fundamental nanomaterials science and industrial anti-corrosion applications. Unlike large coating companies, they bring deep expertise in smart, responsive materials — capsules that sense damage and release inhibitors autonomously. Their combination of nanotechnology know-how, eco-friendly formulation experience, and growing digital/AI capability makes them a strong partner for consortia that need someone who can translate lab-scale smart materials into real protective coatings for aerospace, maritime, and infrastructure sectors.
Highlights from their portfolio
- VIPCOATLargest funding (EUR 370K) and represents their strategic pivot into AI-driven virtual platforms for coating design — combining materials science with digital tools.
- ADDPRIMETheir only coordinator role, an SME Phase 1 project validating the commercial feasibility of their smart anti-corrosion inhibitor technology.
- COAT4LIFESignals their commitment to circular economy and eco-friendly coatings using nanostructured platforms — a clear indicator of their future direction.