Fleurance Nature Regenerating Night Cream With Royal Jelly 50ml

> Anti-wrinkle action
> Firm skin
> A comfortable, velvety texture
> Comfort for dry skin

At around the age of 40, a decline in skin metabolism causes the process of cell renewal to slow down and the skin begins to lose its collagen and elasticity. To prevent loss of firmness and stimulate cell regeneration, it is particularly beneficial to use a targeted night cream, as skin cell activity peaks between the hours of 2 to 4am. This regenerating night cream combines royal jelly which has revitalising properties with targeted active ingredients to nourish, improve the density and smooth the microrelief of the skin.

Royal jelly, one of nature’s most nutrient-rich substances, helps to regenerate and revitalise the skin whilst maintaining its elasticity and promoting skin cell renewal.

Beech bud extracts are acknowledged anti-ageing active ingredients, known to encourage cell oxygenation and help smooth the skin’s surface. They also specifically prevent the appearance of wrinkles and fine lines.

Rose hip oil is a renowned anti-ageing active ingredient and skin repairer due to its high content of polyunsaturated fatty acids. The skin regains firmness and suppleness.

Jojoba oil, shea butter and aloe vera gel work in synergy to enhance hydration* and reinforce the skin’s protective barrier.

The velvety, comfortable texture of this skin cream with a delicate, subtle fragrance will transform your daily beauty routine into a moment of sheer pleasure! The skin feels hydrated**, soft and comfortable, wrinkles and fine lines appear smoother and the complexion is more even.

87% of women who tested this skincare product reported an anti-wrinkle effect* and 91% reported smoother, firmer skin*.

Ideal for dry skin types! An ideal complement to the revitalising royal jelly day cream.

*91% of women who tested the product reported a smoother, firmer skin. To find out more, consult our anti-wrinkle effect study. Anti-wrinkle study performed on 22 women.

**Biometrological evaluation of the hydration of the skin’s upper layers.