Cleanance Solaire SPF 50+ offers ultra-broad spectrum sun protection. This sun cream is ideal for protecting oily skin with imperfections on a daily basis. With Monolaurin, a sebo-reducing active ingredient, it visibly reduces blemishes and helps prevent the appearance of marks due to sun exposure. Cleanance Solaire 50+ leaves an imperceptible, non-shiny finish on the skin when applied and is an excellent base for everyday make-up. The formula is also water resistant.
This new sun care product incorporates TriAsorB ™, a new ultra-broad spectrum sun filter that protects against UV rays and beyond with protection from skin-ageing HEV blue light, up to 450nm.
A highly secure filtering system, it also helps to ensure greater respect for marine biodiversity. Numerous tests under experimental conditions have proven, among other things, that it is non-toxic to three key species of marine biodiversity: coral, phytoplankton, and zooplankton***.
Its new eco-designed bottle is lighter in plastic, recyclable and contains 64% recycled plastic (excluding the cap), and is therefore fully in line with Pierre Fabre Dermo-Cosmetics' reasoned and ethical approach.
*In vitro test on reconstructed skin exposed to blue light
**Tests carried out on representative species by the Observatoire Océanologique de Banyuls-sur-Mer
Benefits
• PHOTOPROTECTIVE: Photostable UVB-UVA and blue light filters that combat the harmful effects of sun rays. -89% cell damage induced by solar radiation*.
• ANTIOXIDANT: Helps to protect cells against free radicals**.
• NO WHITE FILM: For a natural complexion and invisible protection every day. Use as a day cream.
• SEBOREGULATOR: Helps to reduce pimples in acne-prone skin.
• FORMULATED to limit its impact on marine ecosystems***.
*In-vitro test on reconstructed epidermis exposed to blue light - Quantification of DNA oxidation.
**In-vitro test
***Non-eco-toxic filters, with no impact on 3 representative species of marine biodiversity (one species of coral, one species of phytoplankton and one of zooplankton) according to tests carried out by the Oceanological Observatory of Banyuls-sur-Mer, partner of the European Marine Biological Resource Center, at concentrations representative of those found in the environment for sunscreens; and formulas optimized to promote their biodegradability according to the OECD 301b test.
