All five H2020 projects involve polymer material formulation or processing — from waste textiles (Trash-2-Cash) to nanocomposites (GRIDABLE) and antimicrobial polymers (FLEXPOL).
SO.F.TER. S.R.L.
Italian polymer compounder specializing in recycled, bio-based, and functional polymer materials for industrial manufacturing applications.
Their core work
SO.F.TER. is an Italian polymer compounding and processing company based in Forlì, specializing in transforming raw and recycled materials into functional polymer products. Their H2020 project portfolio reveals consistent work in specialty polymer formulation — from recycled textile fibers (Trash-2-Cash) to antimicrobial flexible polymers (FLEXPOL) and nanocomposite insulation materials (GRIDABLE). They serve as the industrial polymer processing partner in research consortia, translating lab-scale material innovations into scalable manufacturing using techniques like roll-to-roll processing and nanoimprinting.
What they specialise in
Trash-2-Cash (waste textiles to products), RES URBIS (urban bio-waste), and PERCAL (MSW biorefinery) all focus on converting waste streams into polymer feedstock.
FLEXPOL project involved antimicrobial flexible polymers using roll-to-roll nanoimprinting and thermal NIL techniques for hospital environments.
GRIDABLE focused on plastic nanocomposite insulation enabling integration of renewables and DC storage systems.
How they've shifted over time
SO.F.TER.'s H2020 participation spans a compact window (2015–2017 start dates), making long-term trend analysis limited. Their earliest project (Trash-2-Cash, 2015) focused on recycled textile fibers, while the 2017 cluster of four projects shows a broadening into functional polymers — antimicrobial surfaces, nanocomposites, and bio-based chemical building blocks. The shift suggests a move from straightforward recycled material compounding toward higher-value functional and nano-enhanced polymer applications.
SO.F.TER. is moving from basic recycled polymer processing toward functional materials with antimicrobial, insulating, and nano-structured properties — indicating interest in higher-margin specialty applications.
How they like to work
SO.F.TER. consistently participates as a partner, never as coordinator, across all five projects — a typical profile for an industrial company contributing manufacturing and compounding expertise to research-led consortia. With 76 unique partners across 19 countries from just 5 projects, they join large, diverse consortia (averaging 15+ partners per project). This suggests they are sought after as a reliable industrial processing partner rather than a project initiator.
Despite only 5 projects, SO.F.TER. has worked with 76 different partners across 19 countries, reflecting participation in large pan-European consortia. Their network is broad rather than deep, with no indication of repeated partnerships.
What sets them apart
SO.F.TER. fills a specific gap in research consortia: they are an industrial-scale polymer compounder that can take experimental formulations — whether bio-based, recycled, or nano-enhanced — and process them into real products using established manufacturing lines. Their combination of circular economy materials expertise with functional polymer processing (antimicrobial, insulating, nanopatterned) is uncommon among Italian polymer companies in the H2020 landscape. For consortium builders, they offer a credible path from lab material to manufactured prototype.
Highlights from their portfolio
- Trash-2-CashLargest single project funding (EUR 283,996) and earliest H2020 entry — design-driven conversion of zero-value waste textiles into high-value products.
- FLEXPOLMost technically distinctive project, combining antimicrobial polymers with roll-to-roll nanoimprinting for hospital applications — the richest keyword set in their portfolio.
- GRIDABLEConnects polymer nanocomposites to the energy transition (renewables integration and DC storage), showing cross-sector versatility beyond their core materials focus.