Undecylenoyl Oat Amino Acids ●
TL;DR. This ingredient primarily functions as a mild anionic surfactant and conditioning agent, helping cleanse while improving skin or hair feel. It can also support foam quality and reduce the harshness of stronger cleansing systems.
What does Undecylenoyl Oat Amino Acids do in a cosmetic formula?
This ingredient primarily functions as a mild anionic surfactant and conditioning agent, helping cleanse while improving skin or hair feel. It can also support foam quality and reduce the harshness of stronger cleansing systems.
Is Undecylenoyl Oat Amino Acids clean?
It generally fits clean-beauty frameworks well because it is not a common restricted-list ingredient, fragrance allergen, silicone, or ethoxylated solvent. Sensitivity is uncommon, though protein-derived materials can carry minor irritation or allergy considerations for a small subset of users.
Is Undecylenoyl Oat Amino Acids sustainable?
This material is typically based on renewable agricultural feedstocks and fatty-acid chemistry rather than a fully petrochemical backbone. It is expected to be biodegradable, with sustainability quality depending on crop sourcing, hydrolysis, and acylation controls from the supplier.
Is Undecylenoyl Oat Amino Acids COSMOS-approved?
It is generally compatible with COSMOS-natural, and it may be used in COSMOS-organic formulations when supplied with compliant sourcing and processing documentation. From a Green Chemistry view, it aligns well through renewable inputs, mild-use profiles, and likely biodegradability, with the main caveat being the chemistry used to attach the fatty chain.
How does Undecylenoyl Oat Amino Acids work chemically?
The molecule is a mixture of N-acylated it and short peptides, giving an anionic amphiphile with a hydrophobic C11 unsaturated tail and hydrophilic carboxylate and peptide groups. It is usually used at low active levels in cleansing or conditioning systems, performs best when sufficiently neutralized, and may lose solubility or foam in very low-pH or high-electrolyte formulas.
Last updated 2026-05-14