SPF LOW-TOX® INNOVATION

Compte

Do something for your skin,
We make an effort
for the environment.

The preservation of our planet is a major topic of concers and controversy.

Among other products, suncare are blamed for :

• THEIR SUPPOSED TOXICITY ON THE SKIN

It has been proven that some active substances such as parabens, preservatives and some filters

interfere with the endcrine system or have allergenic effets.

• POLLUTION ON THE OCEAN

causing coral bleaching.

Corals such as sea anenonies, jellyfish, hydra are part of the cnidarians phylum.

In the world, on a total surface distributed in reefs and lagoons of 600 000km², only 30% remain in a satisfactory state.

10 000 swimmers a day release an average of 4kg of titanium dioxide into the water. Nowadays, 200 million tourists come to

the Mediterranean beaches every year, a deposit of 80 tons of titanium dioxide per year on the coast.

SPF LOW-TOX® INNOVATION

THE FIRST SOSKIN SUN CARE ECO-DESIGNED TO MEET TWO GOALS:

PROTECT THE SKIN AND RESPECT AQUATIC LIFE.

SPF50+ Protection Sun Emulsion

Very High UVA/UVB.

SKIN SAFETY

A MINIMALIST FORMULA ADAPTED TO SENSITIVE SKIN,
INTOLERANT TO THE SUN.

Concise selection of 4 low concentration sun filters:
reduced chemical exposure of the organism and optimized tolerance
thanks to high optical efficiency (= filters percentage VS SPF obtained).
Outstanding results on the SPF50+ LOW-TOX® formula = 20%

Prevents the negative impacts of UVA light
on the skin aging process, formation of pigment spots and skin damage.

Provides effective protection against solat UV rays
and prevents sunburn, without compromising on sensoriality.

OCEAN FRIENDLY

A FORMULA DEVELOPED TO RESPECT THE AQUATIC ENVIRONMENT
AND HAVE A BETTER ENVIRONMENTAL PROFILE.

Formulated with carefully selected biodegradable ingredients.*

Concise selection of 4 non-mineral and non-water soluble sun filters:
limited impact on micro-organisms.

Toxicologically safe for the aquatic environment:
Effectiveness demonstrated using an original model of sea anemone
cellular viability (cnidarians). OECD 306 seawater biodegradability test
validated by approved marine symbiosis academic research models.