CLARESA | Care All Day Everlasting Matte Skin Foundation 05 Sand (32ml) | 24H Full Coverage & Care | CEVMSF05

Key Features

• Everlasting Matte Finish: Provides a high-definition, shine-free look that stays perfect for up to 24 hours.

• Sand Shade: A beautiful medium beige with warm, golden undertones, ideal for sun-kissed or slightly tanned skin.

• Full & Buildable Coverage: Advanced pigment technology that effectively conceals imperfections, redness, and discoloration.

• Skin-Care Infusion: Enriched with active ingredients to hydrate and protect the skin while maintaining a matte appearance.

• Transfer-Resistant: Long-wearing formula that stands up to sweat, heat, and high humidity without fading.

• Breathable Comfort: A lightweight, velvety texture that blurs pores and smooths skin without a heavy feel.

Full Description Elevate your daily makeup routine with the CLARESA Care All Day Everlasting Matte Skin Foundation in 05 Sand. This professional-grade foundation is designed for individuals who need a reliable, long-lasting base that cares for the skin. Its formula balances sebum production to eliminate unwanted shine while ensuring the complexion remains hydrated and comfortable throughout the day. The "05 Sand" shade offers a warm, radiant tone that blends naturally with medium skin types, providing a seamless finish. Whether you're facing a long workday or a night out, this foundation ensures your skin looks smooth, velvety, and flawless from application to removal.

Main Ingredients & Benefits

• Hyaluronic Acid: Deeply hydrates to prevent the skin from drying out under the matte coverage.

• Sebum-Control Complex: Keeps the T-zone matte and fresh by regulating oil production.

• Vitamin E: A potent antioxidant that helps protect the skin from environmental pollutants.

How to Use Apply a small amount of foundation to the face using a makeup sponge, brush, or clean fingertips. Start at the center and blend outwards toward the jawline and hairline. For areas requiring extra coverage, gently build up with a second thin layer.