Mask Fit Red Cushion SPF40 PA++ No.22N Shell Beige

Flawless Coverage with Skincare Benefits

Experience the revolutionary Mask Fit Red Cushion SPF40 PA++ that delivers 72-hour long-lasting coverage while protecting and nourishing your skin. This waterproof cushion foundation effortlessly blurs imperfections and redness, creating a silky-smooth, radiant finish that lasts all day.

Key Benefits & Features

• High Coverage Formula: Provides flawless, buildable coverage that conceals imperfections
• Sun Protection: SPF40 PA++ shields against harmful UV rays
• Long-Lasting: Up to 72 hours of wear without fading or transfer
• Waterproof & Sweat-Proof: Perfect for all-day wear in any weather
• Glass Skin Effect: Creates a radiant, dewy finish
• Skincare Benefits: Enriched with nourishing ingredients

Powerful Ingredients

Niacinamide: Minimizes pores and controls oil production for a smooth base

Propolis Extract: Provides antibacterial properties and deep hydration

Hibiscus Sabdariffa Flower Extract: Rich in antioxidants, protects against environmental damage

Astaxanthin: Powerful antioxidant that fights free radicals and promotes skin health

White Water Lily Extract: Soothes and calms irritated skin

Perfect Shade Match

No.22N Shell Beige is ideal for light to medium skin tones with neutral undertones. This versatile shade provides natural-looking coverage that seamlessly blends with your skin.

How to Use

1. Press the included cushion puff into the product
2. Gently tap and blend across your entire face
3. Build coverage as needed for desired finish
4. Reapply throughout the day for touch-ups

Why Choose This Cushion Foundation?

Unlike traditional foundations, this cushion compact offers the convenience of on-the-go application with professional results. The unique formula combines makeup and skincare, making it perfect for busy lifestyles while maintaining a flawless complexion.

Suitable for all skin types including sensitive skin, this cruelty-free formula delivers Korean beauty innovation in every application.