Which lens treatment helps to increase light transmission and reduce reflections?

The choice of anti-reflective coating is correct for increasing light transmission and reducing reflections. This type of treatment works by applying a specialized layer to the lenses that minimizes glare from light sources such as the sun or artificial lights. By reducing surface reflections, it allows more light to pass through the lenses, which can enhance visual clarity and comfort, especially in bright conditions or when viewing screens.

Anti-reflective coatings are particularly beneficial for individuals who spend significant time in front of digital screens or drive at night, as they improve contrast and overall visibility. The elimination of stray light reflections can also contribute to a more aesthetically pleasing appearance of the glasses, making the lenses appear almost invisible.

While the other treatments mentioned provide important benefits, they do not primarily focus on enhancing light transmission or reducing reflections in the same way. For example, UV coating is essential for protecting eyes from harmful ultraviolet rays, tinted coating alters the color perception but does not address reflections, and scratch-resistant coating helps prevent surface damage but does not affect light transmission or glare.