Anua Nano Retinol 0.3% + Niacin Renewing Serum 30ml

Anua Nano Retinol 0.3% + Niacin Renewing Serum is an advanced serum designed to improve skin pigmentation, elasticity, pores and texture. It combines nano retinol with niacinamide to offer anti-aging and brightening benefits. The formula uses liposome technology to encapsulate the active ingredients, ensuring effective absorption into the skin. Benefits: Improves pigmentation: The serum is designed to effectively improve skin pigmentation and provide a more even skin tone. Increases elasticity: Formulated to improve skin elasticity, contributing to firmer and more resilient skin. Reduces the visibility of pores: Helps reduce the size of large pores for a smoother and more refined skin texture. Anti-aging benefits: Nano-retinol and niacinamide work together to reduce signs of aging, including wrinkles and fine lines. Contains powerful ingredients: Includes key ingredients like retinol, niacinamide, ceramides, and peptides to strengthen the skin's barrier function and improve overall skin health. Innovative nano-retinol technology: Penetrates deep into the skin to offer significant benefits at the cellular level. How to use: How to use during the evening routine: Apply an appropriate amount of the serum after your toner and/or essence but before your moisturizer. It is important to apply the serum gently and pat it in until it has been fully absorbed by the skin. Limited initial use: Start by using the serum a few times per week and gradually increase use as your skin builds up a tolerance. This is especially important to allow your skin to gradually get used to retinol, which can be powerful. How to use during the daytime: If you choose to use the serum in the morning, be sure to apply enough sunscreen afterward. This is because the product can increase the skin's sensitivity to the sun, and it is therefore recommended to use it mainly in the evening. In addition, it is important to always use sunscreen during the day while using this product to protect the skin from UV radiation.