ZeoSAES® Whipped

ZeoSAES® Whipped is an advanced structuring agent and thickening agent designed to create innovative whipped texture systems in cosmetic formulations.

Its ability to generate aerated and lightweight textures enables the development of formulations with a soft, cushion-like feel and distinctive sensorial properties.

Acting as both a cream and gel thickener, it reinforces formulation structure while maintaining a lightweight texture during application.

It also functions as a rheology modifier and viscosity modifier, ensuring stability, controlled flow and consistent performance across different systems.

Pigment Dispersion and Color Performance

ZeoSAES® Whipped enhances pigment dispersion, contributing to improved color intensity and uniformity in cosmetic formulations.

It supports consistent color distribution and helps optimize overall product performance, ensuring even application and stable results.

Its multifunctional profile makes it suitable for formulations requiring high visual impact and reliable color performance.

Oil Control and Skin Feel

ZeoSAES® Whipped contributes to effective oil control, helping to regulate sebum and maintain a balanced skin feel over time.

Its structure supports oil absorption and improves comfort during wear, making it suitable for formulations designed for extended performance.

Stability and Suspension Performance

ZeoSAES® Whipped acts as a stabilizing agent and suspending agent, supporting formulation integrity and preventing sedimentation of actives and pigments.

Its network-forming structure improves homogeneity and ensures consistent product performance over time.

This functionality enhances formulation stability across a wide range of cosmetic systems.

Versatility in Advanced Cosmetic Formulations

ZeoSAES® Whipped enables the development of innovative formulations, including hybrid systems combining texture, performance and sensoriality.

Its versatility supports different applications, contributing to improved processability and formulation reproducibility at industrial scale.