TAGS: Skin Care Sustainability / Natural Cosmetics Sun Care
Microphyt presents its innovative new solution Renouvellance, a powerful biomimetic ingredient derived from red microalgae that protects the skin against the harmful effects of UV rays and pollution.
Equalizes Skin’s Tone for Healthier-looking Skin
Renouvellance is designed to help the skin to protect itself from Urban Photo Stress for a healthier complexion.
The strength of Renouvellance lies in its unique composition. Inspired by the resilience and adaptability of ancestral red microalgae, Porphyridium cruentum, able to survive in the harshest environments, this naturally pink ingredient has a high concentration of super-active molecules. Rich in phycoerythrin and exopolysaccharides – two synergistic bioactive molecules – this new active ingredient activates the skin’s natural defenses to prepare it and preserve it from the harmful effects of Urban Photo Stress.
We all know that it is vital to protect the skin against external aggressors. The daily challenge of maintaining skin integrity is made all the more difficult because we can’t control the stresses induced by our environment. Recent scientific studies have proven that UV rays and pollution have a negative synergic effect and cause significant damage to the skin. This combination of UV rays and pollution, known as Urban Photo Stress, affects our skin throughout our lifetime and since the situation won’t be getting any better in the next few years, Microphyt has decided to focus its attention on this issue.
Unique benefits of Renouvellance:
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Renouvellance shields cells against the effects of UV rays and Pollution, reinforces the barrier function, and equalizes skin’s tone for healthier-looking skin
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Renouvellance is a natural marine extract, rich in Phycoerythrin & Exopolysaccharides, sustainably produced in France using patented hydro-biomimetic technology
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Renouvellance is water-soluble and can be easily added to anti-aging or sun care products to protect the skin from daily environmental aggressors
Source: Microphyt
