The APLB Glutathione 22.6% Niacinamide Mist Essence (105ml) is a lightweight, spray-on Korean skincare product designed to deeply hydrate, brighten, and soothe the skin. Utilizing a high concentration of active ingredients, it targets dullness, uneven tone, and skin elasticity while providing a refreshing, non-sticky finish.

Country of Origin: South Korea

Brief Description:

• Key Ingredients: 22.6% LIPO GLUTA NIAC CEN™ (1,000ppm Glutathione, 20,000ppm Niacinamide, and 20.5% Centella Asiatica Extract), plus Centella 3x Complex, Hyaluronic Acid, and Squalane.
• Purpose: Brightening, deep hydration, anti-aging, and soothing.
• Skin Type: Suitable for all skin types, including sensitive skin.
• Texture: Fine, fast-absorbing mist.
• Key Ingredients Breakdown :
• Glutathione (1,000ppm): Antioxidant that brightens skin.
• Niacinamide (20,000ppm): Evens skin tone and strengthens the barrier.
• Centella Asiatica Extract (20.5%): Soothes, calms, and hydrates.
• Squalane & Hydrolyzed Collagen: Provides moisture and anti-aging benefits

How to use:

1. Preparation: After cleansing, or whenever skin feels dry during the day, hold the bottle 15–30 cm away from the face.
2. Application: Close your eyes and spray a thin, even layer across the entire face.
3. Absorption: Gently pat or tap the skin to enhance absorption.
4. Frequency: Can be used daily, morning and night, or as a midday refresher.

Customer Benefits:

• Brightening & Tone Correction: Contains Glutathione and Niacinamide to diminish dark spots, reduce pigmentation, and revitalize dull, tired skin.
• Deep Hydration & Elasticity: Infused with Hydrolyzed Collagen, Squalane, and Hyaluronic Acid to boost skin elasticity and improve fine lines and wrinkles.
• Soothing & Calming: Centella Asiatica (Cica) and Panthenol help relieve irritation and strengthen the skin barrier.
• Versatile Application: Functions as a toner, serum, or a refreshing mist throughout the day—even over makeup.
• Safe & Lightweight: Alcohol-free, passed skin irritation tests, and leaves no sticky residue.