CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 ●
TL;DR. This material is primarily a colorant system, creating yellow to red-orange tones in cosmetics and personal care products. The plant extract portion is usually secondary, more for positioning than core formula structure.
What does CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 do in a cosmetic formula?
This material is primarily a colorant system, creating yellow to red-orange tones in cosmetics and personal care products. The plant extract portion is usually secondary, more for positioning than core formula structure.
Is CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 clean?
This material has clean-standard friction because synthetic color additives are often restricted or excluded by retailer clean lists, even when they are permitted for cosmetic use in regulated markets. Sensitivity is generally low at cosmetic color-use levels, but impurities and batch certification are key quality-control points.
Is CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 sustainable?
This material combines petroleum-derived color chemistry with a renewable botanical fraction. The colorants are not readily biodegradable and can add wastewater color load, while the extract side depends on agricultural sourcing and extraction methods.
Is CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 COSMOS-approved?
It is not permitted for COSMOS natural or organic certification as a synthetic colorant blend, although the botanical fraction may fit if produced with allowed extraction methods. Its Green Chemistry alignment is weak because the color components rely on synthetic routes, limited renewable carbon, and limited biodegradability.
How does CI 19140 BAMBUSA VULGARIS SAP EXTRACT CI 15850 work chemically?
This material contains synthetic azo-type color chemistry alongside a plant-derived extract matrix, so shade, solubility, and staining behavior depend on the ratio and whether it is used as a soluble dye or dispersed pigment system. Typical colorant use is often below 1% and governed by local color-additive limits; pH, electrolyte level, light exposure, and oxidizers can shift shade or fade intensity, so formulators verify stability in the finished base.
Last updated 2026-05-14