Sesderma Ferulac Antioxidant Gel Cream 50 Ml

The FERULAC Antioxidant Gel Cream by Sesderma is an advanced solution to combat photoaging, specially designed for combination to oily skin with severe photodamage. Its formula features powerful antioxidants such as ferulic acid, tannic acid, and phloretin, working together to protect, repair, and rejuvenate the skin.

Features and benefits:

• Prevents photoaging: Neutralizes free radicals and minimizes sun damage such as dehydration, wrinkles, and spots.
• Evens skin tone: Reduces discolorations and spots, leaving the skin radiant and uniform.
• Antioxidant protection: Shields the skin from environmental aggressors like pollution.
• Reduces visible wrinkles: Smooths fine lines and improves skin texture.
• Improves elasticity: Enhances skin firmness, rejuvenating its appearance.
• Long-lasting hydration: Provides deep hydration without greasy residues, perfect for combination-oily skin.
• Lightweight texture: Absorbs quickly, leaving the skin soft and non-sticky.

How to use:

1. Apply morning and evening on clean, dry skin.
2. Dispense a small amount and gently massage into the face until fully absorbed.
3. In the morning, finish with sunscreen to maximize sun protection.

Key composition:

• Ferulic acid: A powerful antioxidant that protects against free radicals and improves skin texture.
• Tannic acid: Helps even out skin tone and combats visible signs of aging.
• Phloretin: Enhances cellular renewal and boosts protection against external agents.

Recommended for:
This treatment is ideal for:

• Combination-oily skin with severe photodamage.
• Reducing dark spots and discolorations.
• Individuals with deep wrinkles or pronounced fine lines.
• Those seeking hydration without greasy residues.

Highlighted ingredients:

• Ferulic acid and phloretin: Antioxidants that combat sun and environmental damage.
• Jojoba and argan oils: Nourish and improve elasticity without adding greasiness.
• Hyaluronic acid: Deep hydration and elasticity enhancement.
• Ginkgo biloba extract: Regenerative and antioxidant properties.