PHENOXYETHANOL The list of ingredients is subject to change

TL;DR. This ingredient is a preservative used to protect water-containing formulas, with strongest utility against bacteria and supporting activity against yeast and mold. It is often paired with boosters, chelators, or organic-acid preservatives for broader preservation coverage.

What does PHENOXYETHANOL The list of ingredients is subject to change do in a cosmetic formula?

This ingredient is a preservative used to protect water-containing formulas, with strongest utility against bacteria and supporting activity against yeast and mold. It is often paired with boosters, chelators, or organic-acid preservatives for broader preservation coverage.

Is PHENOXYETHANOL The list of ingredients is subject to change clean?

It is a common synthetic preservative allowed in many conventional cosmetic regulations up to 1%, and it is generally well tolerated at typical use levels. Clean-beauty standards are mixed, since some retailers and certification systems restrict it because of synthetic origin and occasional irritation or sensitization reports.

Is PHENOXYETHANOL The list of ingredients is subject to change sustainable?

This material is usually made from petrochemical feedstocks, so it does not score strongly on renewable sourcing. It is considered readily biodegradable and is not known for significant bioaccumulation, and its low use level limits overall formula load.

Is PHENOXYETHANOL The list of ingredients is subject to change COSMOS-approved?

It is not permitted under COSMOS organic or COSMOS natural standards, even though it is widely accepted in conventional cosmetic preservation systems. From a Green Chemistry perspective, it has strengths in low-dose efficacy and biodegradability, but weaker alignment on fossil-derived sourcing.

How does PHENOXYETHANOL The list of ingredients is subject to change work chemically?

The molecule is a small aromatic ether with a terminal alcohol group, which gives it enough water compatibility to function in the aqueous phase while interacting with microbial membranes. It is commonly used at 0.3% to 1.0%, is broadly stable across typical cosmetic pH ranges, and is often combined with chelators or secondary preservatives to strengthen yeast and mold protection.

Last updated 2026-05-13