Vitamin-A Plamitate ●
TL;DR. This ingredient is an oil-soluble vitamin A derivative used as a skin-conditioning and active-care ingredient, mainly for texture, tone, and visible signs of aging. It is milder and less direct than stronger vitamin A actives because skin must convert it before it reaches its more biologically active forms.
What does Vitamin-A Plamitate do in a cosmetic formula?
This ingredient is an oil-soluble vitamin A derivative used as a skin-conditioning and active-care ingredient, mainly for texture, tone, and visible signs of aging. It is milder and less direct than stronger vitamin A actives because skin must convert it before it reaches its more biologically active forms.
Is Vitamin-A Plamitate clean?
This ingredient is accepted by many clean-beauty frameworks, but it carries more scrutiny than a basic moisturizer because it can increase sensitivity in some users and is subject to use-level limits in some regions. It is usually treated as a performance active that needs careful formulation, labeling, and packaging rather than as a simple background additive.
Is Vitamin-A Plamitate sustainable?
This material is commonly made through synthetic or semi-synthetic routes, often using a fatty acid source that may be palm-derived. It is used at low levels, but its sustainability profile is mixed because feedstock transparency and oxidation-sensitive handling matter.
Is Vitamin-A Plamitate COSMOS-approved?
COSMOS alignment depends on the specific commercial grade, including the source materials, esterification process, and any carriers or antioxidants supplied with it. From a Green Chemistry view, it has low-dose efficiency, but common synthetic feedstocks and stability requirements make it a yellow rather than straightforward green fit.
How does Vitamin-A Plamitate work chemically?
The molecule is a lipophilic ester of a vitamin alcohol and a long-chain fatty acid, so it partitions into oils and can be enzymatically converted in skin through less-esterified vitamin A forms. Typical cosmetic use is often in the 0.01% to 0.5% range, and it is sensitive to light, oxygen, and heat, so antioxidants, low-temperature processing, and opaque or air-limiting packaging are common formulation choices.
Last updated 2026-08-20