Glycine Soja Oil. Manganese Violet ●
TL;DR. This entry combines an emollient lipid with a purple colorant. In formulas, it can soften skin feel while adding opacity or color, especially in makeup, tinted balms, soaps, and nail or eye-area products where allowed by regulation.
What does Glycine Soja Oil. Manganese Violet do in a cosmetic formula?
This entry combines an emollient lipid with a purple colorant. In formulas, it can soften skin feel while adding opacity or color, especially in makeup, tinted balms, soaps, and nail or eye-area products where allowed by regulation.
Is Glycine Soja Oil. Manganese Violet clean?
From a clean-beauty perspective, this is usually acceptable when the colorant grade meets cosmetic purity limits and the lipid is refined for stability. The main watchpoints are approved-use compliance for the pigment, trace metals, residual impurities, oxidation of the lipid, and sensitivity for people with legume-related allergies.
Is Glycine Soja Oil. Manganese Violet sustainable?
The lipid portion is plant-derived and biodegradable, but its footprint depends on agricultural practices, land use, and supply-chain traceability. The pigment portion is inorganic, mineral-based, not biodegradable in the usual sense, and generally persistent as an inert solid.
Is Glycine Soja Oil. Manganese Violet COSMOS-approved?
This pairing has partial COSMOS alignment: the plant-derived lipid can be permitted in COSMOS-natural and COSMOS-organic when produced by allowed processes, while the inorganic colorant is typically allowed only as a non-organic mineral/colorant material meeting purity criteria. Green Chemistry fit is mixed, with a renewable, biodegradable lipid balanced by a mined or mineral-derived persistent pigment.
How does Glycine Soja Oil. Manganese Violet work chemically?
The lipid portion is mainly triglycerides rich in unsaturated fatty-acid chains, so antioxidants and low-oxygen packaging help manage rancidity and odor shift over time. The pigment portion is an insoluble inorganic crystalline powder used at color-dependent levels, often below 1% for tinting and higher in color cosmetics, and it is generally stable across normal cosmetic pH ranges.
Last updated 2026-05-13