The central challenge addressed herein concerns the solidification of a specific type of nail coating absent the application of ultraviolet radiation. This coating, typically referred to by its material composition and application method, usually necessitates a specific wavelength of light to initiate polymerization, resulting in a durable, glossy finish. Achieving a similar outcome without the designated light source requires alternative methods.
The ability to effectively cure this nail coating without the standard UV light offers several advantages. It mitigates potential concerns regarding skin exposure to ultraviolet radiation, expands accessibility to individuals without specialized equipment, and presents a cost-effective solution. Historically, the dependence on UV curing has limited the widespread adoption and application of this type of coating, and exploration of alternative curing methods broadens its appeal.