|1- Glare reduction efficiency |
Crizal lenses are made up of a series of thin mineral layers that prevent light interference on the surface of the lens, thus eliminating glare.
|2 - Smudge resistance efficiency |
The HSD™ Process* optimizes the density of hydrophobic and oleophobic molecules on the surface of the lens. Water and smudges are better repelled and the lens is easier to clean, when required.
*High Surface Density Process™
|3 - Scratch resistance efficiency |
The introduction of an extra thin layer called the SR Booster™ (Scratch Resistance)optimizes interaction among the different treatment layers, and boosts, or strengthens, the whole stack. It considerably increases scratch resistance
| ||4 - Dust repellence efficiency |
Crizal’s anti-dust efficiency is obtained thanks to i-Technology™, inspired by space technology and fibre optics. It enables the insertion of a transparent conductive layer within the antireflective stack, equipping the lens with antistatic properties that keep it virtually dust free, even after wiping.
|5 - Water repellence efficiency |
The integration of a layer of hydrophobic molecules on the surface of a Crizal lens minimizes water adherence. Slide-FX™ technology developed by Essilor shows that calibrated water drops placed on a Crizal lens will roll into tiny balls and simply slide off when the lens is tilted, without a trace.