Botanical Hyaluronic Acid

TL;DR. This ingredient is primarily a water-binding humectant that helps increase skin hydration and improve slip in serums, creams, masks, and leave-on treatments. It can also add light film-forming and cushion to a formula, depending on molecular weight.

What does Botanical Hyaluronic Acid do in a cosmetic formula?

This ingredient is primarily a water-binding humectant that helps increase skin hydration and improve slip in serums, creams, masks, and leave-on treatments. It can also add light film-forming and cushion to a formula, depending on molecular weight.

Is Botanical Hyaluronic Acid clean?

From a clean-beauty perspective, this ingredient is generally well-tolerated, low-sensitization, and not a common restricted-list concern. The main labeling caveat is that “it” usually signals non-animal or fermentation origin, not that the molecule is extracted directly from plants.

Is Botanical Hyaluronic Acid sustainable?

This material is commonly made by microbial fermentation using plant-derived sugars, which is a strong sustainability profile compared with animal-derived routes. It is biodegradable and used at low levels, with the main footprint tied to fermentation inputs, purification, and drying energy.

Is Botanical Hyaluronic Acid COSMOS-approved?

It is generally compatible with COSMOS-natural and COSMOS-organic formulations when produced through approved biotechnology and processed with permitted inputs. Its fit with Green Chemistry is strong when fermentation feedstocks are renewable, purification is water-based, and residual solvents or non-approved preservatives are not part of the supplied material.

How does Botanical Hyaluronic Acid work chemically?

This molecule is a linear polysaccharide built from repeating sugar-acid and amino-sugar units, and molecular weight strongly affects feel, film formation, and depth of surface hydration. Typical use levels are about 0.01% to 2%, often 0.1% to 1%, and it is usually most stable in mildly acidic to neutral aqueous systems rather than at extreme pH or under strong oxidative conditions.

Last updated 2026-08-16