Serengeti Wakota Shiny Crystal Peach - Drivers Non Polarized

Serengeti Wakota Shiny Crystal Peach - Drivers Non Polarized - SS536001

FEMININE AND CASUAL WITH AN ANGULAR DESIGN

Feminine and casual with an angular design on the top, WAKOTA is an eco-nylon frame equipped with spring hinges providing incredible comfort while wearing it. The Spirit lenses complete this retro square shape, enabling you to experience the world at its more aspirational.

PHOTOCHROMIC TECHNOLOGY - MOLECULARLY INFUSED IN EVERY SERENGETI® LENS

ADAPT TO LIGHT

As the pioneer of Photochromic technology, Serengeti® leads the industry in creating lenses that adapt to any light condition in any setting. Serengeti® Photochromic lenses are activated by the amount of UV radiation in the atmosphere and engineered to transition from light to dark, gradually.

In bright conditions, UV radiation is more intense. The lens molecules expand in size, darkening the lenses. Less light can then pass through.
In darker conditions, UV radiation is less intense. The molecules shrink and separate, lightening the lenses. More light can pass through.

Your eyes are always protected and receive the optimal amount of light needed at any times and in all weather conditions.
You are able to discern shapes and colors more quickly while eliminating eyestrain.

LENS SATURN® NON POLARIZED

Category 2 to 3.
Overcast to medium light conditions.
Ideal for Driving and Everyday use.
Available in non-polarized and polarized ultra-light mineral and PhD™ 2.0 lenses.
Absorbs 77% to 91% of the visible light, according to the lens.
Blocks 89% to 96% of the blue light, according to the lens.

ECO-NYLON - MADE IN ITALY
Grilamid BTR XE 4010, the polymer’s scientific name, is a sustainable substitute for TR90. It is extracted from Castor Plant but offers the same characteristics as TR90 Nylon (durable, flexible, lightweight, can bend, less likely to break) without requiring the use of petrol.

The castor oil seeds contain a large share of oil which can be modified to create primary raw materials for various bio-polyamides.

With the partially bio-based material Grilamid BTR, an amorphous transparent bio-polyamide, the reduction in CO2 emissions compared to traditional transparent polymers, such as PMMA or PC, is more than 40%.