- Description
- Benefits
- Directions
- Ingredients
- Reviews
SkinCeuticals Discoloration Defense is designed to help prevent the formulation and help correct discolouration. Formulated with tranexamic acid, niacinamide, and HEPES, this latest-generation formula improves the appearance of skin discolouration, and helps even skin tone revealing brighter-looking skin.
Discoloration Defense is a layerable, daily-use dark spot corrector clinically proven to reduce the appearance of key types of skin discoloration, including hard-to-treat forms such as stubborn brown patches and post-acne marks. Formulated with 1.8 tranexamic acid, 1% kojic acid, 5% niacinamide, and 5% HEPES, this latest-generation formula improves the appearance of skin discoloration, brightens skin, and evens skin tone in as early as 2 weeks.
- Features a synergistic blend of anti-discoloration ingredients to reduce the appearance of skin discoloration, improve brightness, and minimise the reoccurrence of discoloration (with continued use)
- 60% average improvement in the appearance of stubborn brown patches
- Paraben-, fragrance-, silicone-, gluten-, and hydroquinone-free
- Twice daily, apply 3-5 drops of this skin discoloration serum to the face.
- If using in the morning, apply after a SkinCeuticals vitamin C serum and follow with a SkinCeuticals broad spectrum SPF 50+ sunscreen.
- Limit sun exposure while using this product.
- Do not use on irritated or broken skin. If irritation occurs, discontinue use.
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3% Tranexamic Acid
This synthetically-derived ingredient minimizes the recurrence of skin discoloration and stubborn brown patches with continued use. -
1% Kojic Acid
Naturally produced by certain fungi, kojic acid helps improve skin brightness. -
5% Niacinamide
Also known as vitamin B3, this water-soluble vitamin is found naturally in yeast, meat, fish, milk, eggs, green vegetables, beans, and cereal grains. It has been shown to help reduce the appearance of skin discoloration. -
5% HEPES
This synthetically-derived acid activates natural enzymes in skin to help break the bonds that bind dead skin cells to the surface for even exfoliation.