SKINTIFIC Full Coverage Cushion Foundation #05 Sand

A partir de R$194,90

em até 6x de R$ 32,48 sem juros

Em estoque restam 3 em estoque, aproveite
Categoria Makeup RemoverFace
Marca SKINTIFIC
SKU SPX-A9D2A5BEDCAE

Sobre este item

  • High Coverage Without Heavy Feel:Provides impressive full coverage that instantly hides redness, acne marks, dark spots, and tattoos—skin looks perfected, never thick or cakey.
  • Soft Satin Glow, Skin-Like Finish:Creates a smooth satin glow that mimics healthy skin, not overly shiny or matte. Ideal for achieving a refined, long-lasting glass-skin look.
  • All-Day Wear with Oil & Sweat Control:Designed to stay fresh for up to 12 hours. Resistant to oil, sweat, and water to keep makeup intact, bright, and crease-free.
  • Buildable, Comfortable for All Skin Types:Lightweight cushion texture blends seamlessly and builds coverage easily. Suitable for oily, dry, combination, and sensitive skin—perfect for daily or full-glam makeup.
  • Cushion Foundation with Skin Care Benefits:Infused with 5X Ceramide, Centella Asiatica, and Hyaluronic Acid to hydrate, soothe, and support the skin barrier during wear.
  • High Coverage Without Heavy Feel:Provides impressive full coverage that instantly hides redness, acne marks, dark spots, and tattoos—skin looks perfected, never thick or cakey.
  • Soft Satin Glow, Skin-Like Finish:Creates a smooth satin glow that mimics healthy skin, not overly shiny or matte. Ideal for achieving a refined, long-lasting glass-skin look.
  • All-Day Wear with Oil & Sweat Control:Designed to stay fresh for up to 12 hours. Resistant to oil, sweat, and water to keep makeup intact, bright, and crease-free.
  • Buildable, Comfortable for All Skin Types:Lightweight cushion texture blends seamlessly and builds coverage easily. Suitable for oily, dry, combination, and sensitive skin—perfect for daily or full-glam makeup.
  • Cushion Foundation with Skin Care Benefits:Infused with 5X Ceramide, Centella Asiatica, and Hyaluronic Acid to hydrate, soothe, and support the skin barrier during wear.