What gives gel enhancement its shine?

The shine of gel enhancements is primarily attributed to the use of nitrocellulose in their formulation. Nitrocellulose is a film-forming agent that provides a glossy finish once it cures under UV or LED light. When applied correctly, it not only enhances the aesthetic appeal of the nails but also contributes to their durability and resistance to chipping. This high-shine surface is particularly desirable in nail enhancements, as it creates a polished and professional look that many clients prefer.

While other components like silicone, polyester, and acrylate are important in different types of nail products, they do not specifically contribute to the shine of gel enhancements in the same way nitrocellulose does. Silicone may offer smoothness and moisture resistance, polyester can be used for flexibility and strength, and acrylate is typically associated with acrylic nail products rather than gel. Thus, nitrocellulose is the key ingredient responsible for the characteristic shine seen in gel enhancements.