Epilobium Angustifolum Flower/Leaf/Stem Extract

TL;DR. This ingredient is a botanical skin-conditioning extract used mainly for soothing support, antioxidant activity, and helping formulas feel calmer on reactive-looking skin. It may also be used in products positioned for oil-balance or post-cleansing comfort.

What does Epilobium Angustifolum Flower/Leaf/Stem Extract do in a cosmetic formula?

This ingredient is a botanical skin-conditioning extract used mainly for soothing support, antioxidant activity, and helping formulas feel calmer on reactive-looking skin. It may also be used in products positioned for oil-balance or post-cleansing comfort.

Is Epilobium Angustifolum Flower/Leaf/Stem Extract clean?

From a clean-beauty perspective, this ingredient is generally well accepted and is not a common restricted-list issue. As with most botanical extracts, tolerance depends on concentration, extraction solvent, and the natural variability of plant constituents.

Is Epilobium Angustifolum Flower/Leaf/Stem Extract sustainable?

This material is plant-derived, renewable, and expected to be biodegradable when extracted with standard water, glycerin, or alcohol systems. Sustainability quality depends on responsible cultivation or wild-harvesting practices and solvent choice.

Is Epilobium Angustifolum Flower/Leaf/Stem Extract COSMOS-approved?

It is generally compatible with COSMOS-natural and COSMOS-organic formulas when the plant source and extraction solvents meet the standard. It fits Green Chemistry best when made with water, glycerin, or ethanol, using traceable renewable feedstock and minimal solvent residue.

How does Epilobium Angustifolum Flower/Leaf/Stem Extract work chemically?

This is a complex botanical extract containing polyphenols such as flavonoids, phenolic acids, and tannins, including larger ellagitannin-type compounds associated with antioxidant and soothing activity. Typical use is often about 0.1% to 5% as supplied, with best stability in moderately acidic to neutral systems and protection from excess heat, light, and oxidation.

Last updated 2026-05-13