Published Paper Details:

The main cause of many skin conditions is ultraviolet (UV) light, which makes UV protection essential. Sunscreen, commonly referred to as sunblock, is a topical photoprotective substance that helps shield the skin from sunburn and prevent skin cancer. Many medical professionals recommend using sunscreen products to lessen the damage that ultraviolet radiation does to the skin. Sunscreen comes mainly as creams, lotions, gel forms; however, powders and spray forms are becoming much more popular. Sunscreens sprays are frequently less prone than lotions and mineral-based sunscreens to leave a noticeable white film on the skin. This research involves the development of moisturizing sunscreen spray containing Blue pea flower extract and essential oils in order to respond to the current demand of the consumers. The suncreeen spray was prepared by using natural ingredients as active ingredients in specific quantities. Formulation was done by incorporating aqueous phase of glycerin and ethanol into a mixture of essential oils such as carrot seed oil and pomegranate seed oil, virgin coconut oil, aloe vera gel using tween 80 as surfactant. Four formulations (F1-F4) were prepared by varying the concentration of the ingredients like carrot seed oil, pomegranate seed oil, coconut oil and aloe vera gel. Tests were conducted to evaluate the product for its organoleptic properties, SPF determination, pH, spreadability, rancidity, viscosity, irritancy and homogeneity to ensure product quality and consistency. The formulation F4 was found to be the best among the four preparations as it showed greater SPF value, moisturizing property, consistency and homogeneity. The findings suggest that the developed sunscreen spray to be a stable, safe and effective skin care product which can deliver multiple benefits. The formulation successfully meets the intended objectives like providing SPF, anti-inflammatory, anti-oxidant, moisturizing and skin healing properties. Using a sunscreen spray that is sulphate-free, paraben- free and silicone- free, a quick and improved way of protection from UV radiation was obtained that is abundant and sustainable. Packaging design was created and a spray bottle was used for package. The formulation was shown to be stable across all parameters after a month of stability tests. Further research and clinical studies are needed to explore its efficacy and safety in larger population.