Real Barrier Ceramide Moisture Cleansing Foam 120ml | Hydrating Deep Cleanser with Hyaluronic Acid

All-in-one cleansing for a clean, comfortable feel

Real Barrier Ceramide Moisture Cleansing Foam delivers a hydrating, effective cleanse designed for daily use. The formula blends Hyaluronic Acid with a rich, creamy foam to lift away makeup, sunscreen, and everyday impurities while helping to keep your skins natural balance intact. Infused with patented Omega Ceramide, it aims to support a resilient skin barrier, making it suitable for sensitive and all skin types.

What makes it stand out

• Deep cleansing to remove makeup, pore impurities, and 99% of fine dust particles for a refreshed feel
• Up to 94% sunscreen residue removal for a residue-free finish
• Gentle, pH-balanced formula that respects your skins natural balance
• Omega Ceramide supports the skin barrier for lasting comfort
• Designed for daily use across all skin types

In practice, the cleanser creates a soft, cushiony lather that rinses clean without leaving a tight sensation. The hydrating base helps maintain moisture as you cleanse, which can be especially welcome after wear time or in drier climates.

Texture, feel, and use cases

The rich, creamy foam delivers a luxurious cleanse that helps you feel refreshed without stripping. The formula pairs with hyaluronic acid to provide a subtle, lasting hydration that supports comfortable skin through the day.

• Makes makeup removal feel effortless with a gentle foam that rinses away cleanly
• Conveys a smooth, non-drying finish thats suitable for sensitive or reactive skin
• Pairs well with a follow-up moisturizer to lock in moisture after cleansing

To integrate into a routine, apply to damp skin, massage into a rich foam, rinse thoroughly, and follow with moisturizer. Use daily for best consistency and comfort.

Usage tips for best results

• Dispense a small amount and work into a soft foam on wet skin
• Avoid aggressive rubbing to preserve skin balance
• Rinse with lukewarm water to maintain hydration and minimize tightness