DEVELOPMENT OF THE COMPOSITION OF HYDROGEL PATCHES WITH KOMBUCHA EXTRACT FOR SKIN CARE UNDER THE EYES

Abstract

This paper presents the results of a thorough analysis of scientific and literary sources, confirming the relevance of the development of hydrogel patches for skin care under the eyes, and also presents the created experimental formula of patches with the addition of kombucha extract. The development took into account the use of various polymer bases and bioactive substances in order to achieve optimal organoleptic and physicochemical characteristics of the finished product. Particular attention was paid to the selection of components that provide maximum hydration, nutrition and restoration of the sensitive skin area, as well as their synergistic effect. Gel eye patches are a modern and popular cosmetic product designed for local delivery of active components directly to the thin skin of the periorbital zone. This area is particularly vulnerable to the influence of external factors and age-related changes, which manifests itself in the form of dryness, wrinkles, swelling, dark circles and pigmentation. The aim of this research was to create hydrogel patches capable of providing intensive hydration, reducing signs of fatigue and skin aging, improving its elasticity and overall appearance, as well as providing a cooling and soothing effect. The developed formula was tested for a number of physicochemical parameters, and the stability and shelf life of the product, which was 6 months, were also determined. The results obtained confirm the prospects of using kombucha extract as a natural source of bioactive compounds with antioxidant and tonic properties. The study emphasizes the need for an integrated approach at the stages of creating cosmetic products, in particular, careful selection of polymer bases, optimization of concentrations of active ingredients and study of their compatibility. The results obtained indicate the high efficiency of the combination of a polymer matrix and natural active components, which ensures prolonged release of bioactive substances. Further research is planned to be directed at improving the technology of patch production, optimizing the process of their manufacture and scaling for industrial application.