Dr. Alvin Kojic Acid Soap 135g

Dr.Alvin Kojic Acid Soap you will get fair skin without blemishes and get rid of any dark spots. In just a few weeks of use, you can see whiter*tanning skin than before.

Benefits: Regular use of Kojic Acid Soap helps to remove or reduce any type of acne and acne scars, age marks, freckles, fades skin discoloration during pregnancy and strengthens cell activity.

A premium grade Kojic Acid from Japan is used to help bare a healthier, radiant, lighter skin underneath. Product is proven safe and effective to soften and reveal even skin tone by gently smoothing away dark spots, discoloration and other imperfections. Clinically proven to whiten skin as early as 3 days.

Dr. Alvin Kojic Acid Soap is a high-quality skincare product that helps brighten skin, reduce dark spots and get smooth skin. Its main ingredient is Kojic Acid, which is derived from natural sources and restores the natural beauty of the skin by reducing melanin production.
Product Features
Brightens skin: Kojic acid controls melanin production, reduces dark spots, hyperpigmentation, and sun damage.
Blemishes: Effective in lightening acne scars and other blemishes.
Gentle exfoliation: Removes dead skin cells to reveal new and fresh skin.
Age-reducing: Reduces wrinkles and fine lines, making the skin smoother.
Prevents acne: Kills bacteria, keeping the skin clean and healthy.
Suitable for all skin types: Suitable for both dry and oily skin.
How to use
Wet skin: Wet your face or body with lukewarm water.
Apply soap: Lather your hands with soap and gently apply to your skin.
Wait for a while: Let the soap sit on your skin for 30 seconds to 1 minute.
Rinse with water: Rinse with clean water.
Use moisturizer: Use a good quality moisturizer to retain moisture in your skin.

Give your skin a new lease of life with Dr. Alvin Kojic Acid Soap. Try it today and enjoy glowing skin!

N.B:
*Product delivery duration may vary due to product availability in stock.

Disclaimer: The actual color of the physical product may vary slightly due to the deviation of lighting sources, photography or your device display settings.