Hydrolyzed Lepidium Meyenii Root ●
TL;DR. This ingredient is used as a botanical conditioning active, mainly to add water-soluble plant-derived components that can support skin feel, hair feel, and formula claims around vitality or smoothing. It may also contribute mild humectant and antioxidant support depending on the supplier extract.
What does Hydrolyzed Lepidium Meyenii Root do in a cosmetic formula?
This ingredient is used as a botanical conditioning active, mainly to add water-soluble plant-derived components that can support skin feel, hair feel, and formula claims around vitality or smoothing. It may also contribute mild humectant and antioxidant support depending on the supplier extract.
Is Hydrolyzed Lepidium Meyenii Root clean?
From a clean-beauty perspective, this ingredient is generally low-friction and is not a common restricted-list concern. As with many botanicals, the main quality questions are preservation system, residual solvent profile, allergen screening, and batch-to-batch standardization.
Is Hydrolyzed Lepidium Meyenii Root sustainable?
This material is plant-derived and expected to be readily biodegradable, especially when supplied as a water-based or glycerin-based hydrolysate. Sustainability depends on agricultural traceability, soil and water practices, and whether the supply chain supports responsible sourcing of the it crop.
Is Hydrolyzed Lepidium Meyenii Root COSMOS-approved?
This ingredient can fit COSMOS-natural or COSMOS-organic formulations when the plant source, hydrolysis method, solvents, and preservatives meet the standard. It aligns reasonably well with Green Chemistry when made through aqueous or enzymatic processing from renewable feedstock with minimal residual processing aids.
How does Hydrolyzed Lepidium Meyenii Root work chemically?
The molecule is not a single compound, it is a hydrolyzed botanical mixture containing water-soluble fragments such as sugars, amino acid-containing fractions, and small plant metabolites, with exact composition depending on processing. It is typically used at low active-phase levels, often around 0.5% to 5% as supplied, and is best handled in the cool-down phase with attention to microbial preservation and supplier pH guidance.
Last updated 2026-08-29