APLB Glutathione Niacinamide Sunscreen 40ml

The APLB Glutathione Niacinamide Sunscreen (40ml) is a high-performance functional sun protector that combines broad-spectrum UV defense with the brightening power of a premium skincare treatment. It is designed to protect the skin from sun damage while actively correcting uneven skin tone and enhancing natural radiance.

Why Your Skin Will Love It

This sunscreen goes beyond simple protection; it acts as an extension of your brightening routine. Featuring a powerful blend of Glutathione and Niacinamide, it works to suppress melanin production and fade dark spots even while you are outdoors. The formula is designed to be incredibly lightweight and breathable, avoiding the heavy, suffocating feel of traditional sunblocks. It also contains Centella Asiatica and Hyaluronic Acid, which provide a cooling and hydrating effect, making it perfect for sensitive skin that often feels heated or irritated under the sun. It leaves a natural, dewy finish without a thick white cast, making it an excellent base for makeup.

How to Use

As the very last step of your morning skincare routine, apply a generous amount to your face, neck, and any other areas exposed to the sun. It is recommended to apply the sunscreen at least 15–20 minutes before sun exposure. For maximum protection, reapply every two to three hours, especially if you are spending extended time outdoors, sweating, or swimming.

Product Specifications

• Size: 40ml

• Sun Protection: SPF 50+ / PA++++ (Maximum protection against UVA and UVB rays).

• Texture: Moist, lotion-like consistency that spreads easily and absorbs with a fresh finish.

• Key Ingredients: Glutathione (1,000ppm), Niacinamide (2,000ppm), Centella Asiatica Extract, and Adenosine.

• Skin Type: Suitable for all skin types, especially those prone to pigmentation and dullness.

• Benefits: UV protection, intensive brightening, anti-wrinkle care, and moisture retention.

• Formula Safety: Non-greasy, non-sticky, and formulated to minimize eye stinging and skin irritation.