Medglow Kojic Acid + Alpha Arbutin Face Sheet Mask
- Pigmentation Care
- Skin Brightening
- Even Skin Tone








Medglow Kojic Acid + Alpha Arbutin Face Sheet Mask
- Pigmentation Care
- Skin Brightening
- Even Skin Tone
100% Original
Best-value offer
Instant savings worth ₹ 51.
Get free shipping
Auto-applied at checkout.
Paylater at checkout
Instant EMI | No credit card
₹10 off Auto-applied
On Prepaid Orders (T&C Apply)
Medglow Kojic Acid + Alpha Arbutin Face Sheet Mask is a serum-infused facial sheet mask designed to help improve the appearance of pigmentation, dark spots, and uneven skin tone while supporting clearer, brighter-looking skin. This sheet mask is formulated for all skin types and helps deliver skin-conditioning ingredients to the skin surface for a refreshed, hydrated, and smooth appearance. The formula combines kojic acid and alpha arbutin to support a more even-looking complexion, while aloe vera extract and hyaluronic acid help maintain skin hydration and softness. Allantoin and sodium PCA contribute soothing and moisture-supporting benefits, while vitamin B3, vitamin B5, and vitamin E help nourish the skin and support overall skin texture. Hydrolyzed collagen and ferulic acid further complement the formula to help maintain smoother and healthier-looking skin. With regular use, this face sheet mask helps refresh dull-looking skin and supports a more radiant and even-toned complexion.
- Helps improve the look of dark spots.
- Supports brighter and clearer-looking skin.
- Helps promote even-looking skin tone.
- Provides hydration and skin nourishment.
- Suitable for all skin types.
- Cleanse your face, remove Medglow Kojic Acid + Alpha Arbutin Face Sheet Mask from the packaging, apply it evenly along facial contours, leave it on for 15–20 minutes, then remove the mask and gently massage the remaining serum into the skin without rinsing.
- Kojic Acid
- Alpha Arbutin
- Aloe Vera Extract
- Hyaluronic Acid
- Allantoin
- Sodium PCA
- Vitamin B3
- Vitamin B5
- Hydrolyzed Collagen
- Ferulic Acid
- Vitamin E









