Pinkjection: Isododecane ●
TL;DR. This ingredient is a fast-evaporating solvent and carrier used to spread pigments, silicones, and film-formers evenly. It is especially common in long-wear makeup, mascaras, and transfer-resistant lip products because it flashes off and leaves a lightweight finish.
What does Pinkjection: Isododecane do in a cosmetic formula?
This ingredient is a fast-evaporating solvent and carrier used to spread pigments, silicones, and film-formers evenly. It is especially common in long-wear makeup, mascaras, and transfer-resistant lip products because it flashes off and leaves a lightweight finish.
Is Pinkjection: Isododecane clean?
From a clean-beauty perspective, it has friction because it is a volatile synthetic hydrocarbon, even though skin tolerance is usually good. Some standards and retailers limit or exclude materials in this category due to solvent origin, VOC contribution, and use in products with inhalation exposure.
Is Pinkjection: Isododecane sustainable?
This material is typically derived from petroleum or natural gas feedstocks, which gives it a weaker renewable-sourcing profile. It is highly volatile and not a strong fit for biodegradability-led formulas, since much of it evaporates during use rather than remaining in rinse-off wastewater streams.
Is Pinkjection: Isododecane COSMOS-approved?
It is not permitted under COSMOS-natural or COSMOS-organic standards as a conventional petrochemical solvent. Its Green Chemistry fit is limited because it relies on nonrenewable feedstocks and functions through evaporation, although it is effective at low formula weight and can reduce the need for heavier-feeling carriers.
How does Pinkjection: Isododecane work chemically?
The molecule is a branched saturated alkane with low polarity, low surface tension, and high volatility, which helps dissolve oil-soluble film-formers and disperse colorants. Typical use can range from a few percent to over 50% in anhydrous long-wear color cosmetics, and it is stable across normal cosmetic pH because it does not meaningfully hydrolyze or oxidize under standard storage conditions.
Last updated 2026-08-17