01 light floral beige
For those wanting a bright finish
02 natural floral beige
For those wanting a natural finish
03 blooming floral beige
For those wanting a rosy finish
A CC cream with skincare effects that provide skin with fresh moisture while naturally covering pores and uneven color.
･One item for skin care and foundation
One product functions as both skin care and foundation, making it perfect for busy mornings or makeup novices who want to quickly finish off beautiful base makeup no matter what their skin type.
･Subtle pink blush
Pink beige color has a subtle rosy tint, making skin look airy and bright while imparting it with translucence and a natural blush.
･Soft focus effect provides airy coverage
Contains Pink Pearl Powder that doesn't look shine white and leaves skin bright and with a rosy tone. Balloon Spherical Powder is hollow inside, letting it reflect light to create a soft focus effect that blurs pores and uneven color, for an airy and beautiful finish.
･Contains plentiful light texture oil and water-based moisturizing ingredients. This maintains a moist texture, while powder coated in amino acid adhere to skin uniformly to provide thorough coverage.
･Dust Proof Formula protects skin from air pollution※ and other environmental stressors.
※Protects skin from fine airborne dirt and dust particles.
･Features a simple and sophisticated design, with an elegant pearl pink body given a vintage feel using an arabesque pattern.
･Crystal Floral Bouquet Fragrance.
Directions for use:
･Take a suitable amount onto a fingertip and apply evenly across entire face. Layering product improves coverage.
※We recommend using a cleansing product to remove.
･Peony extract, Rosa multiflora extract, Aloe vera extract, Hyaluronic acid, Rosemary extract, Lavender oil, Avocado oil (moisturizer)
･Pink pearl powder (Pure Illuminate Ingredient), mineral powder, amino acid powder
※Peony extract is Paeonia suffruticosa root extract, Rosa multiflora extract is Rosa multiflora fruit extract, Pink pearl powder is mica and titanium dioxide.