Eugenia Caryophyllata Oil

TL;DR. This ingredient primarily functions as a fragrance and aromatic essential oil in personal care products. It may also contribute masking, deodorizing, or antimicrobial-supporting effects, but its main formulation role is scent.

What does Eugenia Caryophyllata Oil do in a cosmetic formula?

This ingredient primarily functions as a fragrance and aromatic essential oil in personal care products. It may also contribute masking, deodorizing, or antimicrobial-supporting effects, but its main formulation role is scent.

Is Eugenia Caryophyllata Oil clean?

This ingredient has clean-beauty friction because it contains fragrance allergens, especially eugenol, that can trigger irritation or sensitization in some users. Many clean standards permit it with concentration limits, IFRA compliance, and allergen labeling rather than treating it as broadly unproblematic.

Is Eugenia Caryophyllata Oil sustainable?

This material is plant-derived and typically obtained by steam distillation, which is a relatively simple physical process. Its main constituents are expected to biodegrade, but essential-oil supply depends on agricultural practices, yield, and responsible sourcing from growing regions.

Is Eugenia Caryophyllata Oil COSMOS-approved?

It is generally permitted under COSMOS-natural and can be used in COSMOS-organic formulas when sourced and processed according to the standard, with organic contribution depending on certification. It fits several Green Chemistry preferences through renewable sourcing and physical extraction, although allergen management and aquatic exposure limits keep it from being a fully uncomplicated choice.

How does Eugenia Caryophyllata Oil work chemically?

This ingredient is a volatile essential oil dominated by phenylpropanoid chemistry, especially eugenol, with smaller amounts of acetate esters and sesquiterpenes depending on origin and distillation. Use levels are usually low and governed by IFRA category limits, and the material should be protected from heat, light, and air because oxidation can increase sensitization potential.

Last updated 2026-05-14