Eucerin Hyaluron-Filler + Élasticité Crème de Jour SPF30 50 ml

Eucerin Hyaluron-Filler + Elasticity Day Cream SPF30 50ml is an anti-aging day cream designed for mature skin, focused on addressing the trio of age spots, loss of elasticity, and deep wrinkles. The inclusion of hyaluronic acid works to plump the skin and visibly reduce the appearance of deep wrinkles. Its Collagen-Elastin complex boosts collagen production. This not only aids in the firming of the skin but also significantly improves its elasticity. Last but not least, the patented thiamidol comes into play, focusing on reducing the appearance of age spots. This targeted action helps to even out skin tone and improve overall complexion radiance, making it look visibly younger and more vibrant.

In addition, the formula boasts SPF 30 and a UVA filter to guard against the sun's harmful rays. This dual approach of daily moisturization and sun protection makes it an essential part of any morning skincare routine for those looking to tackle the signs of aging. In summary, this day cream is particularly suitable for those who want to address lack of firmness, deep wrinkles, and visible age spots.

• Texture: cream;
• Skin issues: age-spots, lack of elasticity, and deep wrinkles;
• Time of application: morning;
• Age: 50+;
• Skin type: all skin types;
• Main benefits: plumps up wrinkles, improves skin elasticity, reduces the appearance of age spots, delivers hydration and enhances skin radiance;
• Formulated without: parabens.

Apply Eucerin Hyaluron-Filler + Elasticity Day Cream SPF30 50ml in the morning to clean, dry skin of the face, neck, and décolleté.

• Arctiin Stimulates collagen production enhancing the elasticity of the skin and improving firmness;
• Glycerin Keeps the Skin Hydrated and Also Shielded From Environmental Sources of irritation;
• Hyaluronic accident Can Deeply Moisturize the Skin, Plumping It Up and Reducing Fine Lines and Wrinkles;
• SILYMARIN OFFERS ANTIOXIDANT BENEFITS AND ALSO DEEPLY NOURISHS; Skin from the Harmful Effects of Solar Radiation.