Limonene *antistatic agent/agent antistatique ●
TL;DR. It is used as a fragrance component and light solvent, with secondary antistatic use in hair products where it helps reduce flyaway and improve feel.
What does Limonene *antistatic agent/agent antistatique do in a cosmetic formula?
It is used as a fragrance component and light solvent, with secondary antistatic use in hair products where it helps reduce flyaway and improve feel.
Is Limonene *antistatic agent/agent antistatique clean?
Clean frameworks usually allow it, but they flag it as a fragrance allergen that requires declaration in many markets above low thresholds. Oxidized residues are more sensitizing than fresh material, so freshness, antioxidant support, and controlled dosing matter.
Is Limonene *antistatic agent/agent antistatique sustainable?
It is often recovered from citrus peel streams, which can make the sourcing profile renewable and linked to food-industry byproducts. It is readily biodegradable, but it is volatile and can contribute to a formula’s VOC profile.
Is Limonene *antistatic agent/agent antistatique COSMOS-approved?
It is permitted in COSMOS-natural and COSMOS-organic products when naturally sourced and compliant with the fragrance standard, while synthetic versions do not align as well. Its Green Chemistry profile is mixed, with renewable sourcing and biodegradability balanced by volatility and air-oxidation concerns.
How does Limonene *antistatic agent/agent antistatique work chemically?
The molecule is a small unsaturated cyclic hydrocarbon with a chiral center and two carbon-carbon double bonds, which explains both its scent profile and oxidation tendency. It is oil-soluble, essentially water-insoluble, stable across normal cosmetic pH ranges, and typically used at trace fragrance levels in leave-on products, often below 0.1%, with higher levels possible in rinse-off or fragrance concentrates.
Last updated 2026-05-13