Calendula Officinalis Flower Triple Infusion ●
TL;DR. This ingredient is a botanical skin-conditioning agent used to support a calmer-looking complexion and add antioxidant compounds. In oil-based formats, it can also contribute light emollience from the carrier system.
What does Calendula Officinalis Flower Triple Infusion do in a cosmetic formula?
This ingredient is a botanical skin-conditioning agent used to support a calmer-looking complexion and add antioxidant compounds. In oil-based formats, it can also contribute light emollience from the carrier system.
Is Calendula Officinalis Flower Triple Infusion clean?
From a clean-beauty perspective, this ingredient is generally well accepted when the carrier, preservatives, and extraction aids are disclosed and compliant. The main caveat is sensitization potential for people reactive to the Asteraceae plant family, especially in leave-on products.
Is Calendula Officinalis Flower Triple Infusion sustainable?
This material is typically plant-derived and renewable, with a relatively favorable profile when sourced from responsible agriculture. Its biodegradability and footprint depend heavily on the it medium, such as plant oil, glycerin, alcohol, or water, and any preservation system used.
Is Calendula Officinalis Flower Triple Infusion COSMOS-approved?
It can be permitted under COSMOS-natural and COSMOS-organic when produced from approved raw materials using allowed extraction or it methods. Its Green Chemistry fit is strongest when the carrier is renewable, biodegradable, and processed without high-concern solvents.
How does Calendula Officinalis Flower Triple Infusion work chemically?
This ingredient is a complex botanical mixture that may contain flavonoids, triterpenoid esters, carotenoid pigments, and other minor plant metabolites, with the exact profile shaped by solvent polarity and extraction method. Typical cosmetic use levels vary by format, often around 0.5 to 5% for concentrated extracts and higher for gentle oil infusions, with stability influenced by light, oxygen, heat, and the oxidative stability of the carrier.
Last updated 2026-05-13