Both REsiliENCe and COOK-SAFE centre on developing nanocoating solutions specifically for cooking appliances and cookware.
PRAMAR SRL
Italian SME developing non-stick, antibacterial nanocoatings and enamels for cookware and domestic appliances.
Their core work
PRAMAR SRL is a small Italian manufacturer based in Boretto (Emilia-Romagna) specializing in advanced surface coating technologies for cookware and domestic appliances. Their core work involves developing enamels and nanocoatings that are non-stick, antibacterial, and heat-stable — addressing both consumer safety concerns and product performance in the household goods market. They pursued EU funding as a solo SME to advance proprietary coating formulations, working through feasibility and R&D phases. Their commercial target is the cookware supply chain: manufacturers, brands, and OEM producers looking for safer, higher-performance surface finishes.
What they specialise in
REsiliENCe explicitly targets the development of innovative enamels alongside nanocoatings for the cooking appliance market.
COOK-SAFE focuses on delivering antibacterial properties in a heat-stable, non-stick nanocoating for cookware.
Both projects address safety-related coating properties (heat stability, bacterial resistance, non-toxic non-stick) in products with direct food contact.
How they've shifted over time
Both projects ran within the same 12-month window (2017–2018) and no keyword metadata is available, so a genuine temporal evolution cannot be established from the data. What can be inferred is a logical progression within that window: REsiliENCe appears to be the broader R&D phase covering enamel and nanocoating development, while COOK-SAFE — funded under the smaller SME Instrument Phase 1 — zooms in on a specific product proposition combining non-stick, antibacterial, and heat-stable properties. Whether PRAMAR continued product development after 2018 or commercialised these technologies is not visible in the H2020 record.
Based on the two-project arc, PRAMAR was moving from broad materials development toward a defined commercial product for the cookware market, though no H2020 activity after 2018 is visible to confirm whether that trajectory continued.
How they like to work
PRAMAR applied exclusively as a solo coordinator through the SME Instrument — a scheme designed for individual SMEs rather than consortia — and the data shows zero recorded consortium partners. This means they operated entirely independently within their EU project work, with no visible collaborative network in the H2020 record. For anyone considering them as a partner, this signals a self-contained R&D capability but no established co-development relationships that can be assessed from public data.
No consortium partners are recorded across either project, consistent with solo SME Instrument applications. There is no visible European or international collaborative network built through H2020 participation.
What sets them apart
PRAMAR occupies a narrow but commercially relevant niche — advanced functional coatings (non-stick, antibacterial, heat-stable) for cookware and domestic appliances — which sits at the intersection of materials science and consumer product safety. Unlike university spin-offs or large chemical companies working in coatings, they are an SME with direct access to the cookware manufacturing supply chain in northern Italy, one of Europe's strongest industrial districts for household goods. Their value to a consortium would be as an end-user and application specialist who can validate coating performance in real product conditions, rather than as a basic research provider.
Highlights from their portfolio
- REsiliENCeThe larger of the two projects (EUR 119,574), it represents PRAMAR's main R&D investment in combining enamel and nanocoating technologies for the cooking appliance market — the foundational work behind the COOK-SAFE product concept.
- COOK-SAFEA focused SME Instrument Phase 1 feasibility study (EUR 50,000) targeting a specific commercial product — a safer, antibacterial, heat-stable non-stick nanocoating — directly addressing food contact safety concerns in cookware.