Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake ●
TL;DR. This ingredient is used as an insoluble color additive that gives products a bright it shade. It is especially useful in anhydrous formulas, pressed powders, sticks, and other formats where a it pigment disperses better than a water-soluble dye.
What does Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake do in a cosmetic formula?
This ingredient is used as an insoluble color additive that gives products a bright it shade. It is especially useful in anhydrous formulas, pressed powders, sticks, and other formats where a it pigment disperses better than a water-soluble dye.
Is Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake clean?
From a clean-beauty perspective, this ingredient often creates friction because it is a synthetic color additive that requires regulatory certification and may be excluded by stricter brand standards. Sensitivity reports exist for this dye class, although reactions are uncommon at cosmetic exposure levels.
Is Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake sustainable?
This material is typically made from nonrenewable petrochemical-derived aromatic intermediates and an aluminum substrate. It is not a strong sustainability match because synthetic it pigments are not readily biodegradable and can add colorant load to manufacturing wastewater.
Is Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake COSMOS-approved?
It is not permitted under COSMOS-natural or COSMOS-organic standards because synthetic organic colorants of this type are outside the standard’s allowed colorant set. Its Green Chemistry fit is weak due to nonrenewable feedstocks, multi-step synthesis, certification requirements, and limited biodegradability.
How does Vaccinium Macrocarpon Fruit Extract. : Yellow 5 Lake work chemically?
The molecule is an insoluble aluminum it of an anionic monoazo colorant, designed to disperse as a pigment rather than dissolve like the parent dye. Use levels vary widely by format and shade target, often from trace tinting levels below 0.1% up to several percent in color cosmetics, with performance driven by particle dispersion, oil binding, and compatibility with the base.
Last updated 2026-05-14