D-SPA (2017–2023) focused on diamond-based nanomaterials and nanostructures for advanced electronic and photonic applications, directly aligned with Teer's DLC coating core.
TEER COATINGS LIMITED
UK industrial PVD coatings manufacturer with research expertise in diamond thin films, carbon nanomaterials, and cluster-based catalytic coatings.
Their core work
Teer Coatings Limited is a UK-based company specialising in physical vapour deposition (PVD) and diamond-like carbon (DLC) coating technologies for industrial and scientific applications. Their commercial core is advanced thin-film surface engineering — applying hard, wear-resistant, and functionally tailored coatings to tools, components, and devices. Their H2020 participation reveals a research dimension: they contribute materials expertise and industrial fabrication capacity to academic consortia working on diamond-based nanomaterials for electronics and, more recently, cluster-based catalytic coatings. For external partners, they represent a rare bridge between industrial coating production and frontier materials science.
What they specialise in
CATCHY (2020–2025) targets design and upscaling of cluster-based catalysts, with Teer contributing coating deposition expertise to methanol-related catalytic processes.
D-SPA keywords — devices, sensors, carbon — point to applied surface engineering contributions beyond bulk materials, relevant to sensor fabrication workflows.
CATCHY explicitly includes 'production upscaling', and Teer's industrial identity as a coatings manufacturer underpins both projects as the commercialisation-capable partner.
How they've shifted over time
In their earlier H2020 work (D-SPA, starting 2017), Teer's research engagement centred on diamond and carbon nanomaterials for electronics and photonics — a natural extension of their DLC coating heritage into high-value microelectronic applications. By 2020, their focus shifted markedly toward catalysis: metal clusters, methanol conversion, density functional theory, and reaction kinetics — areas with little direct overlap with their earlier device-oriented work. This pivot suggests Teer is exploring how their thin-film deposition capabilities can serve the emerging field of catalytic coatings, potentially for green chemistry or energy applications.
Teer appears to be repositioning their coating expertise toward catalytic and energy-relevant applications — a trajectory that would make them an interesting industrial partner for projects in green hydrogen, methanol reforming, or functional catalyst manufacturing.
How they like to work
Teer Coatings participates exclusively as a consortium partner, never as coordinator — consistent with an industrial company that contributes specific technical capabilities rather than managing research programmes. Both their projects are MSCA schemes (RISE and ITN), meaning they primarily provide industrial secondment placements, facilities access, and scale-up expertise to training networks built around academic partners. With 17 unique partners across 11 countries from just two projects, they engage in broad, multi-partner consortia rather than tight bilateral collaborations.
Teer has built a surprisingly wide network for a company with only two projects: 17 unique partners spanning 11 countries. Their MSCA involvement suggests connections primarily to European universities and research institutes rather than industrial peers.
What sets them apart
Teer Coatings is one of very few UK industrial coating companies with demonstrated engagement in frontier materials research at the EU level — they are not a research institute pretending to be industrial, nor an industrial giant for whom research is a footnote. Their specific combination of PVD/DLC production capability and genuine participation in diamond nanomaterial and catalytic cluster research makes them an unusual and credible industry partner for applied materials consortia. For any consortium needing a company that can both contribute to research and credibly demonstrate a route to manufacturing scale-up, Teer fills a gap that academic partners cannot.
Highlights from their portfolio
- CATCHYThe largest funded project (EUR 303,173) and the most strategically significant — its explicit 'production upscaling' objective positions Teer as the industrial scale-up anchor in a consortium designing next-generation cluster-based catalysts.
- D-SPAA long-duration project (2017–2023) that placed Teer at the intersection of diamond nanomaterials and electronic device fabrication — an unusual combination for a commercial coatings firm and evidence of genuine research depth.