Description
Balance your tone and reduce spots from the cleansing stage
Cleansing is the essential first step in any daily skincare routine. But why settle for just removing dead skin cells when you can give your face something more?
The cleansing pads have a surprise for you: a concentrated serum based on 3-0 Ethyl Ascorbic Acid, a derivative of vitamin C that acts as a brightening agent to reduce spots, even out skin tone, and protect it from oxidation.
The blend of alpha-hydroxy acids in the formula creates a gentle exfoliating effect on the superficial layers of the skin, completely removing dead cells and leaving the surface renewed and receptive to the absorption of other active ingredients infused in the pad, as well as creams or serums you apply afterwards.
If your skin is dull or has spots, these are the cleansing pads you need to restore its radiance, unify the tone, and achieve a smooth and silky sensation like never before.
Ingredients
These are the highlighted ingredients of the Vitamin C Cleansing and Toning Pads:
- 3-0-ethyl ascorbic acid: A new derivative of vitamin C with improved stability, allowing for better penetration and effectiveness. It acts as a brightening agent to reduce spots and unify the skin tone.
- Alpha hydroxy acids (AHA): With a gentle exfoliating effect, AHAs promote the renewal of the outer layers of the skin, clarifying the tone and leaving it smooth and supple.
- Aloe vera: Aloe vera extract is known for its hydrating and regenerating properties, making it one of the most commonly used natural ingredients for those purposes.
- Panthenol: Also known as vitamin B5, panthenol promotes cellular repair in the skin, maintaining its elasticity. It also has healing, moisturizing, and soothing properties.
- Niacinamide: A form of vitamin B3, niacinamide contributes to balancing the skin tone by blocking the transfer of melanin to the upper layers of the skin.
- Hyaluronic acid: Widely known for its hydrating and anti-aging properties, hyaluronic acid plays a crucial role in the synthesis of new collagen.
