Citric Acid** *ORGANIC **NATURALLY-DERIVED ●
TL;DR. This ingredient is primarily a pH adjuster, used to bring formulas into a skin-compatible range and improve preservative performance. It can also support mild exfoliation at lower pH and helps bind trace metal ions that can destabilize a formula.
What does Citric Acid** *ORGANIC **NATURALLY-DERIVED do in a cosmetic formula?
This ingredient is primarily a pH adjuster, used to bring formulas into a skin-compatible range and improve preservative performance. It can also support mild exfoliation at lower pH and helps bind trace metal ions that can destabilize a formula.
Is Citric Acid** *ORGANIC **NATURALLY-DERIVED clean?
This ingredient is widely accepted in clean-beauty standards and is generally well tolerated at typical pH-adjusting levels. Irritation potential rises in very low-pH or exfoliating formulas, so the finished product pH matters more than its presence alone.
Is Citric Acid** *ORGANIC **NATURALLY-DERIVED sustainable?
This material is commonly made by fermentation of plant-derived sugars such as corn, beet, cane, or molasses feedstocks. It is readily biodegradable, water soluble, and not associated with environmental persistence concerns.
Is Citric Acid** *ORGANIC **NATURALLY-DERIVED COSMOS-approved?
It is permitted in COSMOS-natural and COSMOS-organic products when made with compliant sourcing and processing. It fits Green Chemistry well because it is commonly fermentation-derived, biodegradable, effective at low use levels, and does not require persistent solvents in standard production.
How does Citric Acid** *ORGANIC **NATURALLY-DERIVED work chemically?
The molecule is a small organic acid with three carboxyl groups and one hydroxyl group, which explains its pH-adjusting and metal-binding behavior. In cosmetics it is often used around 0.05% to 2% for pH control, while higher levels may appear in exfoliating systems where final pH, buffering, and skin tolerance drive performance.
Last updated 2026-05-15