SACCHAROMYCES/IRON FERMENTS

TL;DR. This ingredient is primarily a skin-conditioning and mineral-delivery ingredient. It is used to provide bioavailable iron associated with fermentation-derived yeast fractions, often in products positioned around barrier support, tone, or overall skin vitality.

What does SACCHAROMYCES/IRON FERMENTS do in a cosmetic formula?

This ingredient is primarily a skin-conditioning and mineral-delivery ingredient. It is used to provide bioavailable iron associated with fermentation-derived yeast fractions, often in products positioned around barrier support, tone, or overall skin vitality.

Is SACCHAROMYCES/IRON FERMENTS clean?

From a clean-beauty perspective, it is generally well-tolerated and not a common allergen or standard restricted-list concern. Quality control matters because free iron can accelerate formula oxidation if it is not well complexed or supported with appropriate antioxidants and chelators.

Is SACCHAROMYCES/IRON FERMENTS sustainable?

This material is made through microbial fermentation using a mineral iron source and a growth medium, often sugar-based. The organic fermentation fraction is expected to biodegrade, while the iron portion returns to normal mineral cycles and is not considered bioaccumulative in the way persistent synthetic organics can be.

Is SACCHAROMYCES/IRON FERMENTS COSMOS-approved?

It can be permitted under COSMOS-natural when produced through allowed fermentation processes using approved substrates and mineral inputs, while organic certification depends on the eligible organic content of the fermentation medium. It fits Green Chemistry reasonably well through aqueous fermentation and mild processing, although the mineral input itself is not renewable.

How does SACCHAROMYCES/IRON FERMENTS work chemically?

This is not a single molecule, but a fermentation-derived complex in which iron is associated with yeast metabolites, peptides, amino acids, and polysaccharide fragments. It is usually used at low active levels, and formulators watch pH, chelation, and antioxidant support because unbound iron can catalyze oxidation in water-based systems.

Last updated 2026-05-15