LANEIGE Water Bank Blue Hyaluronic Intensive Moisturizer

LANEIGE Water Bank Blue Hyaluronic Intensive Moisturizer 50ml is a rich, deeply replenishing moisturizing cream designed to deliver long-lasting hydration while strengthening the skin barrier. Infused with Blue Hyaluronic Acid—Laneige’s advanced micro-molecular hyaluronic acid—it penetrates deeper into the skin to deliver intense and lasting moisture.

This upgraded formula targets dryness, tightness, flakiness, and skin fatigue, leaving the skin noticeably smoother, plumper, and more radiant. Enriched with barrier-strengthening ingredients like Panthenol and Squalane, it helps repair and soothe dry, stressed, and sensitive skin. The luxurious creamy texture melts into the skin without greasiness, providing instant comfort and a lasting moisture-locking effect.

Ideal for dry to very dry skin types, the Water Bank Blue Hyaluronic Intensive Moisturizer works around the clock to restore hydration levels while improving elasticity and skin resilience. With continued use, skin becomes softer, healthier, and visibly well-nourished. Perfect for daily use, especially in cold or dry climates.

Benefits:

• This intensive cream helps quickly strengthen the damaged skin barrier for extremely dry skin from having dead skin cells and redness due to external irritation.
• Formulated with O-mega Peptide with ingredients such as Omega Oil and Peptide which help repair and soothe the skin, and increase skin elasticity.
• With upgraded moisturizing power which keeps 15 layers of the skin moist and hydrated for 120 hours.
• Completed skin irritation test and is suitable for highly sensitive skin.

How to refill:

1. Pull the lever in the direction of the arrow.

2. Twist the cream container in anti-clockwise direction and pull it out.

3. Match the arrow on the refill with the original container.

4. Twist the refill in clockwise direction until you hear a sound of ‘Tick’.

How to use:

• After eye cream, apply a moderate amount to the skin evenly and pat it gently for better absorption.