Bio-based feedstocks,
industrial performance
Materials that answer to sustainability targets and to the mechanical, thermal and regulatory demands of the sector they enter — without trading one for the other.
3 pillars of a material that scales
A specification that survives production
We work backwards from the constraint that actually binds — thermal window, contact class, line speed — and fix the specification before any formulation starts.
Feedstocks chosen for performance, not only credentials
Bio-based is a starting point, not a finished argument. Feedstocks are screened for availability at volume and for the mechanical and thermal properties the application demands.
Characterisation that de-risks the scale-up
Ageing, batch consistency and failure modes are characterised early, because the expensive surprises in materials work almost always appear at scale rather than at the bench.
A material only counts as solved when it survives the production line, the supply chain and the regulatory file it has to pass through. We work backwards from that.
An approach that combines materials science with process reality, so what works at gram scale still works at tonne scale.
