Order now and get it between Thu, Nov 28th and Mon, Dec 2nd in Brunei with DHL Express Shipping.
Flormar CC Cream SPF20 03 Anti-Dark Circles is a complexion corrector cream that conceals dark circles while it nourishes and protects the skin. With this moisturizing CC Cream, your complexion immediately looks refreshed and awaken.
Flormar CC Cream SPF20 03 Anti-Dark Circles is a color-correcting cream that focuses in concealing dark circles. This product is perfect for you if you are struggling with bluish-green circles under your eyes and also want a more refreshed and brighten look. Your complexion will instantly look more awaken and lighten up. As the name itself suggests, a CC Cream helps to balance, conceal, and even your complexion. Unlike a BB Cream, a CC Cream provides a deeper coverage and it disguises more effectively any imperfections. It does so by resorting to opposite colors on the color wheel. For instance, if the tones of the imperfection you are looking to conceal are blue or green then the Flormar CC Cream Anti-Dark Circles is the ideal choice thanks to its pink tone. The Flormar CC Cream range is formulated with microencapsulation technology and therefore ensures optimal coverage and uniform result. This product also serves other multiple purposes. On one side, it possesses SPF20 providing protection against harmful sun rays and preventing the aging effects resulting from sun exposure. At the same time, this a nourishing formula that ensures a deep level of hydration throughout the day. To activate these benefits, rub this creamy formula on the face so it releases its concealing pigments and moisturizing abilities. You will be left with a radiant uniform look, perfect for those days that you are running out of time or do not feel like applying a full face of makeup. The Flormar CC Cream is suitable for all skin types and should be applied after your daily skin care routine.
Apply Flormar CC Cream SPF20 03 Anti-Dark Circles after your daily care routine directly on the skin rubbing it in for maximum absorption and optimal result.