Direct
Sustainable Future
AI-driven polymer development compressing formulation cycles.
Series B
Stage
August 2025
Invested
USA
HQ
WHAT THEY DO
An AI-driven materials company developing next-generation polymers for electronics, displays, and coatings. Its Pylux platform pairs proprietary thiol-click chemistry with physics-informed machine learning to compress polymer formulation from months to weeks, yielding foldable, stretchable, and self-healing materials that are solvent- and PFAS-free with dramatically lower emissions than incumbents.
Display / electronics OEMs, Automotive sensors, Flexible electronics, Specialty chemicals offtake
WHAT THEY DO
An AI-driven materials company developing next-generation polymers for electronics, displays, and coatings. Its Pylux platform pairs proprietary thiol-click chemistry with physics-informed machine learning to compress polymer formulation from months to weeks, yielding foldable, stretchable, and self-healing materials that are solvent- and PFAS-free with dramatically lower emissions than incumbents.
WHAT THEY DO
An AI-driven materials company developing next-generation polymers for electronics, displays, and coatings. Its Pylux platform pairs proprietary thiol-click chemistry with physics-informed machine learning to compress polymer formulation from months to weeks, yielding foldable, stretchable, and self-healing materials that are solvent- and PFAS-free with dramatically lower emissions than incumbents.
Display / electronics OEMs, Automotive sensors, Flexible electronics, Specialty chemicals offtake
WHY WE INVESTED
We invested because every foldable phone, wearable, and AR display is waiting on materials that don't yet exist, and the industry still finds them by trial and error over years. Ares turns that search into an AI problem and collapses it to weeks. Whoever makes discovery fast and capital-light becomes the default supplier to the next generation of devices.
WHY WE INVESTED
We invested because every foldable phone, wearable, and AR display is waiting on materials that don't yet exist, and the industry still finds them by trial and error over years. Ares turns that search into an AI problem and collapses it to weeks. Whoever makes discovery fast and capital-light becomes the default supplier to the next generation of devices.
WHY WE INVESTED
We invested because every foldable phone, wearable, and AR display is waiting on materials that don't yet exist, and the industry still finds them by trial and error over years. Ares turns that search into an AI problem and collapses it to weeks. Whoever makes discovery fast and capital-light becomes the default supplier to the next generation of devices.
IMPACT RELEVANCE
Reduces material intensity across high-volume electronics, advances domestic specialty chemicals capacity, and unlocks substitution pathways away from legacy fossil-derived plastics.
CO-INVESTORS
