Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆

The long-lasting make-up was created to avoid migration of the product on the skin throughout the day. Currently, the formulation technology most commonly used to obtain it is based on the use of film-forming agents with volatile oils. However, with the growing trend in natural cosmetics, petroleum-...

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Autores principales: Hubert Charlène, Meriadec Cristelle, Panizza Pascal, Artzner Franck, de Clermont-Gallerande Hélène
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FR
Publicado: EDP Sciences 2020
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Acceso en línea:https://doaj.org/article/e3e0c1ca226543ae99ca92288d041705
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spelling oai:doaj.org-article:e3e0c1ca226543ae99ca92288d0417052021-12-02T17:14:20ZComparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆2272-69772257-661410.1051/ocl/2020035https://doaj.org/article/e3e0c1ca226543ae99ca92288d0417052020-01-01T00:00:00Zhttps://www.ocl-journal.org/articles/ocl/full_html/2020/01/ocl200038/ocl200038.htmlhttps://doaj.org/toc/2272-6977https://doaj.org/toc/2257-6614The long-lasting make-up was created to avoid migration of the product on the skin throughout the day. Currently, the formulation technology most commonly used to obtain it is based on the use of film-forming agents with volatile oils. However, with the growing trend in natural cosmetics, petroleum-based volatile compounds are increasingly being abandoned. The objective of this study is to determine whether a mixture of plant-based butters can be chosen to replace a mixture of volatile oil and synthetic wax in a long-lasting eyeshadow. Initial comparisons were made between two jojoba butters and a wax/volatile oil mixture in order to identify the best candidate to replace the latter. Then, the best candidate was incorporated into formula and finished formulas were compared using sensory evaluation, rheology and X-ray scattering. The results show that it is possible to preserve texture, rheological properties and structural organization of a formula by replacing a wax/oil mixture with vegetable butters. However, this does not mean that the formulas will behave the same on the eyelids over time. This work illustrates the real complexity faced by formulators when they must replace one raw material with another while guaranteeing the durability of all the product’s properties. This challenge is more relevant today as consumer demand for products based on natural ingredients is growing.Hubert CharlèneMeriadec CristellePanizza PascalArtzner Franckde Clermont-Gallerande HélèneEDP Sciencesarticleformulationlong-lasting eyeshadowvolatile oiljojoba buttersOils, fats, and waxesTP670-699ENFROilseeds and fats, crops and lipids, Vol 27, p 42 (2020)
institution DOAJ
collection DOAJ
language EN
FR
topic formulation
long-lasting eyeshadow
volatile oil
jojoba butters
Oils, fats, and waxes
TP670-699
spellingShingle formulation
long-lasting eyeshadow
volatile oil
jojoba butters
Oils, fats, and waxes
TP670-699
Hubert Charlène
Meriadec Cristelle
Panizza Pascal
Artzner Franck
de Clermont-Gallerande Hélène
Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
description The long-lasting make-up was created to avoid migration of the product on the skin throughout the day. Currently, the formulation technology most commonly used to obtain it is based on the use of film-forming agents with volatile oils. However, with the growing trend in natural cosmetics, petroleum-based volatile compounds are increasingly being abandoned. The objective of this study is to determine whether a mixture of plant-based butters can be chosen to replace a mixture of volatile oil and synthetic wax in a long-lasting eyeshadow. Initial comparisons were made between two jojoba butters and a wax/volatile oil mixture in order to identify the best candidate to replace the latter. Then, the best candidate was incorporated into formula and finished formulas were compared using sensory evaluation, rheology and X-ray scattering. The results show that it is possible to preserve texture, rheological properties and structural organization of a formula by replacing a wax/oil mixture with vegetable butters. However, this does not mean that the formulas will behave the same on the eyelids over time. This work illustrates the real complexity faced by formulators when they must replace one raw material with another while guaranteeing the durability of all the product’s properties. This challenge is more relevant today as consumer demand for products based on natural ingredients is growing.
format article
author Hubert Charlène
Meriadec Cristelle
Panizza Pascal
Artzner Franck
de Clermont-Gallerande Hélène
author_facet Hubert Charlène
Meriadec Cristelle
Panizza Pascal
Artzner Franck
de Clermont-Gallerande Hélène
author_sort Hubert Charlène
title Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
title_short Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
title_full Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
title_fullStr Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
title_full_unstemmed Comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: A rheological and structural study compared to product performance☆
title_sort comparison between a wax/volatile oil mixture and vegetable butters in a long-lasting make-up formula: a rheological and structural study compared to product performance☆
publisher EDP Sciences
publishDate 2020
url https://doaj.org/article/e3e0c1ca226543ae99ca92288d041705
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