Key Benefits
1. Asaya’s MelaMe™ Complex for Targeted Pigment Correction: Asaya’s proprietary MelaMe™ Complex works by dissolving excess melanin deposits and regulating future production. This innovative molecule visibly reduces dark spots and hyperpigmentation within weeks, providing faster, more effective treatment for an even-toned, radiant complexion.
2. Alpha Arbutin for Even Tone and Pigment Balance: Alpha Arbutin works alongside MelaMe™ Complex to block tyrosinase, the enzyme responsible for melasma and dark spots. It targets existing pigmentation issues while preventing future blemishes from sun damage, irritation, or acne, ensuring long-lasting clarity and a balanced complexion.
3. Barrier-Repairing Ceramides: Enriched with Ceramides, this crème helps restore the skin’s natural lipid barrier, locking in moisture and preventing dryness. Ceramides protect against environmental stressors, UV damage, and acne while improving hydration for smoother, healthier skin.
4. Lightweight, Deep Hydration Without Greasiness: This lightweight, non-greasy crème provides deep hydration without clogging pores. It replenishes moisture while maintaining the skin's balance, making it suitable for both dry and oily skin types. Your skin feels soft, smooth, and well-hydrated all day.
5. Crafted for Melanated Indian Skin: Specially designed for melanated skin, Even Evermore Crème understands the unique needs of Indian skin, including sensitivity to hyperpigmentation, inflammation, and dryness. This product works with melanin's nature to treat and protect skin, delivering long-lasting, radiant results.
6. Suitable for All Skin Types: Dermatologically tested and free from parabens, sulphates, phthalates, and PABA, this gentle crème is suitable for all skin types. It offers effective reduction while being non-irritating and safe for sensitive skin.
1. Asaya’s MelaMe™ Complex for Targeted Pigment Correction: Asaya’s proprietary MelaMe™ Complex works by dissolving excess melanin deposits and regulating future production. This innovative molecule v... Read More
