PLANTICS HOLDING BV

Their core work

Plantics is a Dutch SME that develops plant-based thermoset biopolymers — a family of resins made from natural, non-fossil feedstocks that are fully biodegradable. Their core technology replaces two problem materials at once: single-use petroleum plastics and the toxic formaldehyde binders used in wood panels like plywood and chipboard. They sell material solutions to industries including wood panels, floriculture (plant pots), construction, food packaging, and moulded paper. In short, they are a materials company selling a drop-in green chemistry alternative to conventional plastics and resins.

What they specialise in

How they've shifted over time

Both H2020 projects started in the same year (2019), so this is less an evolution and more a widening of application focus around a single core technology. PlanticsInside cast a broad net across floriculture, food packaging, construction and moulded paper, while SWOP narrowed down to a specific high-value use case — non-toxic binders for the wood panel industry. The trajectory suggests Plantics identified wood panels as their most commercially tractable vertical and doubled down on it.

Plantics appears to be moving from broad "biomaterial for many industries" positioning toward industrial specialization in wood panels, where formaldehyde regulation creates a clear commercial pull.

How they like to work

Plantics coordinates rather than joins — a sign of an SME driving its own commercialization path. Consortia are small (4 partners, 3 countries total), typical of SME Instrument projects where the company leads and partners play targeted supporting roles. Expect a fast, commercially-minded lead rather than a slow academic consortium.

Small, focused network: 4 partners across 3 countries, in both cases with Plantics coordinating. No evidence of wide academic collaboration — the network looks industrial and commercialization-driven.

What sets them apart

Plantics owns a proprietary plant-based thermoset chemistry — rarer than common bio-thermoplastics like PLA or PHA. That thermoset character is exactly what makes them relevant to wood panel binders, foams and impregnation — applications that compostable thermoplastics cannot serve. For a partner or buyer, they are not another compostable-plastic startup; they target structural resin markets where the incumbent is formaldehyde.

Highlights from their portfolio

• PlanticsInside
  Their largest H2020 project (EUR 2M) — an Innovation Action that ranges across floriculture, construction, food packaging and moulded paper, showing the breadth of their platform technology.
• SWOP
  A focused SME-2 project aimed squarely at replacing toxic formaldehyde in the plywood and chipboard industry — a large, regulation-driven market.