Search for products, news, contact and jobs

search suggestions

TwinLab-F Mini-Compounder B-TSE-A 12/36 ViscoQuick

Cosmetic products

Analyze & optimize cosmetic raw materials

Produkte

Optimize cosmetic products

Optimize cosmetic additives with Brabender laboratory instruments. Analyze powdery, pasty or creamy materials with the measuring equipment presented here.

Please accept marketing and statistics cookies to view this content
Cookies

QS in the cosmetic industry

Analyze & optimize cosmetic raw materials

Quality assurance in the cosmetics industry: Current hurdles

Oil Absorption Number (OAN) analysis is used in the cosmetics industry as a common method for quality control of raw materials. Basic materials of cosmetic products are e.g., pearlescent pigments as well as organic and inorganic dyes. The test procedure is often carried out manually. The evaluation of the results is supported by the experience of the laboratory technician performing the test. Known sources of error in quality testing include texture gaps caused by shading extensions. In addition, there are deviations in the quality of delivered raw material batches. In a nutshell, there are currently a considerable number of factors that complicate the stability of the production conditions for cosmetic products.

QA workflows: Automated and optimized

The Brabender Absorptometer delivers precise and reproducible results based on the OAN method. Within the scope of a study, various raw materials from the field of cosmetic products were analyzed with the Absorptometer. The results of the test series proved that the analytical instrument offers future-oriented perspectives in the cosmetics industry sector with a stable QA workflow. When used for quality assurance in incoming goods, a constant quality level can thus be guaranteed. In addition, the Absorptometer process offers additional high potential in the area of material development: the depth of detail of the analysis process thus enables a significantly increased potential for optimizing material properties.