Myristamine Oxide ●
TL;DR. This ingredient is primarily a cleansing surfactant and foam booster. It helps detergents wet skin or hair, lift oils, and create a denser, more stable lather.
What does Myristamine Oxide do in a cosmetic formula?
This ingredient is primarily a cleansing surfactant and foam booster. It helps detergents wet skin or hair, lift oils, and create a denser, more stable lather.
Is Myristamine Oxide clean?
From a clean-beauty perspective, it is generally acceptable but not especially minimalist. The main watchpoints are eye and skin irritation at higher use levels, plus supplier control of residual starting materials and nitrosamine-related impurities.
Is Myristamine Oxide sustainable?
This material is usually made from a fatty C14 chain that may come from coconut, palm kernel, or petrochemical sourcing, depending on the supplier. It is typically biodegradable, but palm-linked supply chains and aquatic-toxicity testing data matter for a stronger sustainability read.
Is Myristamine Oxide COSMOS-approved?
It is not a typical COSMOS-organic staple, and COSMOS-natural use depends on supplier documentation, origin, and whether the surfactant meets biodegradability and aquatic-impact criteria. Its Green Chemistry profile is mixed, with possible renewable fatty feedstock and efficient oxidation chemistry, balanced by synthetic processing and impurity-control needs.
How does Myristamine Oxide work chemically?
The molecule is a C14 alkyl surfactant with a polar N-oxide head group, giving it strong foam-building, wetting, and co-surfactant behavior in rinse-off systems. It is commonly used at low single-digit active levels, is compatible across mildly acidic to alkaline pH, and can help thicken or stabilize anionic-surfactant blends.
Last updated 2026-05-13