Coordinated SPRING (EUR 2.45M), focused on scalable production and integration of graphene into devices.
APPLIED NANOLAYERS BV
Dutch nanotech SME producing and integrating graphene and doped BNC thin films for optoelectronics, thermal management, and advanced device manufacturing.
Their core work
Applied Nanolayers is a Dutch nanotechnology SME specializing in the production and integration of 2D materials — primarily graphene and boron-nitrogen-carbon (BNC) thin films — for industrial and optoelectronic applications. Their work bridges materials chemistry and process engineering: scaling laboratory-grade 2D films into manufacturable products usable in electronics, thermal management, and advanced devices. As an SME-Instrument grant recipient and MSCA-ITN training partner, they operate at the interface between research and commercial deployment. They are the kind of partner consortia bring in when a project needs someone who can actually deposit, pattern, and hand over a working thin-film sample.
What they specialise in
Partner in STiBNite, developing boron-nitrogen-carbon thin films and nanodots with tailored doping patterns for optoelectronics and thermal management.
Both SPRING and STiBNite require expertise in depositing, patterning and scaling 2D-material thin films.
STiBNite explicitly targets optoelectronic devices through tailored BNC film assemblies.
STiBNite addresses thermal management as a target application for their engineered thin films.
How they've shifted over time
In their first H2020 engagement (SPRING, 2019) they focused on making graphene scalable and industrially integrable — a classic manufacturing-readiness problem. By 2020 (STiBNite) their scope broadened from pure carbon 2D sheets into doped BNC (boron-nitrogen-carbon) systems, adding chemical tailoring and functional doping to their process toolkit. The trajectory is clear: from "how do we make graphene at scale" to "how do we engineer next-generation 2D films with programmable properties."
They are moving from single-material (graphene) scale-up toward chemically tailored 2D films for optoelectronics and thermal management — a good bet for partners needing custom-engineered nanolayers rather than off-the-shelf graphene.
How they like to work
They have taken both lead and supporting roles: coordinator of a substantial SME-Instrument project (SPRING) and industrial partner in an MSCA doctoral training network (STiBNite). This dual pattern suggests a small but confident technical SME comfortable either driving commercialization or acting as the industry anchor in research-training consortia. Their 9 partners across 6 countries indicate selective, project-scoped collaboration rather than a wide repeat-partner network.
Collaborated with 9 distinct partners across 6 European countries through two projects — a compact network consistent with a specialized SME. No single geographic concentration stands out beyond a Dutch home base.
What sets them apart
Applied Nanolayers is one of the few European SMEs that actually produces and integrates 2D materials as a commercial service rather than studying them academically. They combine process-engineering capability (scale-up, thin-film deposition) with openness to exotic chemistries like BNC doping — a rare mix in a field dominated by either large semiconductor players or university labs. For a consortium that needs real samples, real films, and a partner who can bring a product angle, they are a credible fit.
Highlights from their portfolio
- SPRINGTheir coordinator-led SME-2 project worth EUR 2.45M focused on scalable graphene production — their flagship commercialization effort.
- STiBNiteAn MSCA-ITN partnership on BNC thin films and nanodots, showing they participate in doctoral-level research training on doped 2D materials beyond plain graphene.