NIVEA Luminous 630 CC Fluid 3-in-1 SPF 30+ Foundation Face 02 Medium 40 ml

Discover the NIVEA Luminous 630 CC Fluid 3-in-1 SPF 30+ Foundation in shade 02 Medium. This innovative CC fluid combines three essential benefits in one lightweight formula: it corrects dark spots, covers imperfections, and protects your skin with SPF 30+. Enriched with the patented Luminous 630 active ingredient, it targets dark spots at their source for a more even and radiant complexion. The natural coverage and radiant finish provide a flawless look while feeling lightweight and non-greasy on the skin. Suitable for all skin types and dermatologically tested, this non-comedogenic formula ensures your skin stays healthy and beautiful.

Advantages

This 3-in-1 CC fluid offers a comprehensive solution for daily skincare and makeup. It effectively reduces the appearance of dark spots, provides natural coverage for a smooth complexion, and shields your skin from harmful UV rays. The lightweight texture blends effortlessly, leaving a radiant finish without clogging pores.

Suitable for

• Women and men looking to correct dark spots and uneven skin tone
• Those seeking a multi-functional product that combines skincare and makeup
• All skin types, including sensitive skin
• Daily use for sun protection and a natural, radiant look

Key specifications

• Product Type: CC Fluid
• Shade: 02 Medium
• Volume: 40 ml
• SPF: 30+
• Coverage: Natural
• Finish: Radiant
• Key Active Ingredient: Luminous 630
• Benefits: Corrects, Covers, Protects (3-in-1)
• Application Area: Face
• Skin Type: All Skin Types
• Dermatologically Tested: Yes
• Non-Comedogenic: Yes
• Texture: Lightweight Fluid
• Packaging: Pump Bottle
• Effect: Evens Skin Tone
• Formulation Feature: Non-greasy

Recommendations

For best results, apply the NIVEA Luminous 630 CC Fluid evenly to cleansed face and neck every morning. Use alone or as a base under makeup. Reapply as needed for continued sun protection. Pair with other products from the Luminous 630 range for enhanced dark spot correction.