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Compressing coatings R&D: fewer failed experiments

How inverse formulation and uncertainty-aware ranking shrink trial-and-error loops in coatings and specialty formulations.

  • coatings
  • R&D
  • formulation
Compressing coatings R&D: fewer failed experiments

Coatings R&D burns time on failed experiments: gloss missed, viscosity out of window, VOC over limit, adhesion failure after humidity. The calendar cost compounds across pigment, binder, and additive choices.

What compresses the loop

  1. Targets first — encode the product window before mixing (inverse formulation).
  2. Real catalogues — only materials you can buy and register.
  3. Ranked candidates with confidence — spend wet work where the model is uncertain or where value is highest, not where it is already confident.

What does not compress the loop

A chatbot that suggests “try adding more dispersant” without constraints, property prediction, or uncertainty. That recreates folklore at LLM speed.

The Lavoisier bet for coatings teams

Physics-informed property prediction plus regulatory and processability constraints — so fewer failed panels, clearer trade-offs, and a paper trail for why a candidate was advanced. Shorter R&D without surrendering chemistry to a black box.

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