MS
Montana State University
Polysarcosine surfactants offered as a biodegradable replacement for PEG.
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Cosmetic chemistry covers the molecules and processes behind a formulation, before any claim about skin. On Halo, the solutions cover predicting a formulation, nail coating chemistry, sourcing the raw material, and delivery formats and processing. Sign up to search the full network and post your specific need.
MS
Montana State University
Polysarcosine surfactants offered as a biodegradable replacement for PEG.
Rhamnolipids and xylolipids made by green chemistry at high purity.
An amino-acid gelator turning an emollient clear, with no silicone.
Chulalongkorn University
Polyhydroxybutyrate beads that open at a target pH, and biodegrade after.
ZL
Soluble Nature, LLC
Steviol glycosides used as the solubilizer for curcumin in a low-pH system.
Digital twins of skin and hair, to predict how an ingredient behaves.
Molecular simulation and machine learning applied to ingredient characterization.
Lawrence Technical University
Molecular dynamics predicting film formation, viscosity and adhesion.
Universita degli Studi di Cagliari
AI with MD simulation, designing a molecule to a viscosity target.
A causal model and Pareto analysis across ingredient, process and product.
Chemence Ltd
Light-cured color that peels off cleanly when it is meant to.
International Lacquers
A UV gel formulated for retail sale, avoiding the restricted monomers.
Graphene Integrations
Graphene in nail polish, for a coating that resists chipping.
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Universities, startups, and suppliers with solutions in cosmetic chemistry.
Cosmetic chemistry companiesResearchers and inventors advancing cosmetic chemistry.
Cosmetic chemistry expertsPrediction and substitution are the two themes on Halo. Five entries simulate what a molecule will do to viscosity, film formation and adhesion before anyone mixes it, and a similar number replace something: PEG, silicone, palm oil derivatives, antimony and tin catalysts, synthetic colorants. On Halo it spans 7 groups, including predicting a formulation, nail coating chemistry, and sourcing the raw material.
Stage of development. Work on cosmetic chemistry on Halo comes mostly from companies. 49% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 28% of the solutions that state terms offer supply and purchase.
Five platforms predicting the same properties. Viscosity, film formation and substrate adhesion come up in four of the five simulation entries, from molecular dynamics with AI, digital twins of skin and hair, a causal model across ingredient and process, and multiphysics from atomic interactions. They are solving one problem: a cosmetic is judged on how it feels, and feel is a rheology question nobody wants to reach by trial.
Substitution is the brief. Polysarcosine surfactants offered in place of PEG, an amino-acid gelator with no silicone, fermentation-derived fats aimed at palm oil derivatives, a titanium-bismuth esterification catalyst carrying neither antimony nor tin, and engineered spirulina pigments replacing synthetic colorants. Each names the incumbent it is written against.
Nails are a separate discipline. Five entries are nail coatings and they share one contradiction: the film has to survive a week and then come off in a minute. Light-cured peel-off color, a retail UV gel avoiding restricted monomers, graphene against chipping, peelability borrowed from removable tape, and a phosphorescent silica powder that glows after dark.
Cosmetic chemistry covers the molecules and processes behind a formulation, upstream of any claim about skin. It spans surfactants, gelators and emulsion systems, the nail coating chemistry that has to cure and then come off, simulation platforms that predict viscosity and film formation, green catalysis for esterification, pigments, the sourcing of a raw material, skin models used for testing, and the delivery formats an active arrives in.
Five examples of cosmetic chemistry solutions on Halo include:
Over the past 90 days, researchers and innovators on Halo have added these cosmetic chemistry solutions:
There are 694 organizations with cosmetic chemistry solutions on Halo, 103 of them universities and research institutions. Among them are Montana State University, GlycoSurf, Inc, and Anomaly Bio. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing cosmetic chemistry solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these cosmetic chemistry needs:
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