SACCHAROMYCES/ZINC FERMENTS ●
TL;DR. This ingredient is used as a skin-conditioning and scalp-conditioning ferment complex that delivers a trace mineral in a water-compatible form. It is typically a secondary active for sebum-balancing, soothing, or deodorizing claims rather than a primary preservative or emulsifier.
What does SACCHAROMYCES/ZINC FERMENTS do in a cosmetic formula?
This ingredient is used as a skin-conditioning and scalp-conditioning ferment complex that delivers a trace mineral in a water-compatible form. It is typically a secondary active for sebum-balancing, soothing, or deodorizing claims rather than a primary preservative or emulsifier.
Is SACCHAROMYCES/ZINC FERMENTS clean?
It generally has a favorable clean-beauty profile, with low irritation expected at typical cosmetic levels and no broad clean-standard restricted-list flag. The main caveat is quality control around residual salts, fermentation byproducts, and heavy-metal specifications.
Is SACCHAROMYCES/ZINC FERMENTS sustainable?
This material is made through fermentation using renewable biomass plus a mined mineral input, so its footprint depends on fermentation inputs and purification. The organic ferment portion should be biodegradable, while the inorganic mineral fraction remains elemental and should be managed within wastewater limits.
Is SACCHAROMYCES/ZINC FERMENTS COSMOS-approved?
It can be compatible with COSMOS-natural when the fermentation substrates, processing aids, and mineral source meet the standard, but it is not automatically eligible for COSMOS-organic because the mineral component is not agricultural organic. Its Green Chemistry fit is moderate to good, with aqueous fermentation as a plus and mined mineral sourcing as the main caveat.
How does SACCHAROMYCES/ZINC FERMENTS work chemically?
This is not a single molecule; it is an aqueous fermentation-derived complex of peptides, amino acids, carbohydrates, and bound trace-mineral ions. Supplier use levels are commonly around 0.1 to 5% depending on active content, and it is usually added below about 40°C, formulated near skin pH, and checked for compatibility with strong chelators or anionic polymers.
Last updated 2026-05-15