Formulation and Evaluation of an Herbal Aloe Cucumber Face Cream for Topical Skincare Applications

Herbal cosmetics have gained considerable attention in modern dermatological and cosmetic sciences owing to their perceived safety, biocompatibility, and therapeutic benefits compared with synthetic formulations. Natural plant-derived ingredients offer multifunctional effects including moisturization, antioxidant protection, soothing action, antiinflammatory activity, and skin barrier enhancement. Among herbal ingredients, Aloe vera and cucumber (Cucumis sativus) have been extensively recognized for their hydrating, cooling, and skin-rejuvenating properties. The present study aimed to formulate and evaluate a herbal face cream containing aloe vera and cucumber extracts for topical skincare application. The formulation was designed using naturally derived active ingredients along with suitable excipients including coconut oil, vitamin E, sandalwood powder, corn flour, xanthan gum, glycerine, propylene glycol, zinc oxide, methyl paraben, and rose water. The cream was prepared using a semisolid emulsion-based formulation approach involving aloe gel extraction, cucumber juice incorporation, active ingredient blending, emulsification, preservative incorporation, and stabilization. Evaluation parameters included organoleptic properties, pH determination, consistency, viscosity, Spreadability, stability, skin compatibility, and preservative efficacy. The prepared formulation exhibited acceptable physicochemical characteristics with light green color, pleasant odor, opaque appearance, smooth texture, medium viscosity, pH of 5.2, stable equilibrium, and drying time of 8 seconds. These findings suggest that the developed herbal aloe–cucumber face cream demonstrates promising potential as a safe, stable, and cosmetically acceptable topical skincare formulation. The study supports the increasing applicability of herbal cosmetic preparations as alternatives to conventional synthetic skincare products.