1025 Dokdo Lotion - 200ml

Lightweight hydration meets deep skin balance in Round Lab 1025 Dokdo Lotion — your go-to daily moisturizer for calm, healthy-looking skin.

This feather-light emulsion is enriched with deep sea water sourced from Ulleungdo Island, Korea, packed with over 72 naturally-derived minerals including magnesium, calcium, and zinc. Designed to soothe and rebalance even the most sensitive skin, the lotion also features panthenol, allantoin, and beta-glucan to lock in moisture, reduce irritation, and support skin barrier function — all without heaviness or stickiness.

Why You’ll Love It:

• Hydrates and replenishes skin without clogging pores or leaving a greasy finish.
• Infused with deep sea water for natural mineral care and improved skin balance.
• Calms redness and irritation with soothing ingredients like panthenol and allantoin.
• Strengthens the skin barrier and prevents moisture loss.
• Ideal for daily use on normal, oily, combination, or sensitive skin.

How to Use:

1. Apply after toner and serum, morning and/or night.
2. Take a moderate amount and gently smooth over face and neck.
3. Follow with sunscreen in the morning, or cream if extra hydration is needed at night.

Hero Ingredients:

• Ulleungdo Deep Sea Water: Rich in natural minerals to support hydration, skin clarity, and barrier health.
• Panthenol (Vitamin B5): Deeply hydrates and calms irritation.
• Beta-Glucan: Soothes and protects sensitive or compromised skin.
• Allantoin: Softens skin while helping to reduce redness and discomfort.

Best For:

• Combination, oily, or sensitive skin types.
• Skin in need of gentle, lightweight hydration without heaviness.
• Daily use to maintain skin balance and comfort.

Texture:

Light emulsion — fast-absorbing with a refreshing, non-greasy finish.

Free From:

• Artificial fragrance
• Essential oils
• Parabens
• Alcohol
• Mineral oils

Caution:

• For external use only. Avoid direct contact with eyes.
• Patch test before use if you have very sensitive skin.
• Discontinue use if irritation or redness occurs.