Abstract

The use of cosmetics is connected to soul and body; with an increasing desire for sustainability. As an answer, several types of estolides were synthetized by ingredient manufacturers, starting from vegetable fatty acids. Two main ways of synthesis of these intermolecular esters can be considered, depending on the raw materials.
We developed a new estolide ester, based on castor oil, engineered with as few transformations as possible, showing a great versatility in applications for cosmetic formulators, and a high degree of Naturality. The performances of this innovative polymer ingredient, dedicated to haircare, skincare, and lipcare, were screened through a sensorial panel and instruments.
Our estolide ester brings a broad range of properties as texturizing or film-forming agent, and moisturizer. It also shows interesting values as a pigment disperser. During application on hairs, skin, or lips, this ester of estolide will give high protective properties from air pollution.
The ingredient we tuned showed to be fully biodegradable, and its NOI (Natural Origin Index) is 87%.
Our commitment to Naturality determined our scientific approach, and our technology allowed us to manufacture this ester of estolide with unique performances and a reduced environmental footprint.