afa™ Restorative Gel Mild (11%) – 30ml

afa™ Restorative Gel Mild 11% – Intensive amino acid treatment for mature, dehydrated, and pigmented skin

The afa™ Restorative Gel Mild 11% is an intensive active product based on afaLUXE™ amino acids. It supports skin cell regeneration, promotes collagen synthesis, and improves moisture retention, skin relief, as well as tone and texture. At the same time, it helps to achieve a more even complexion in cases of hyperpigmentation and age spots.

Benefits

• Supports elastic and plumper skin
• Can visibly smooth out lines and wrinkles
• Supports protection against free radicals
• Has a pigment-lightening effect
• Improves moisture retention
• Refines skin texture
• Supports a balanced tone and a more even skin texture
• Promotes skin cell regeneration
• Stimulates collagen synthesis

Active Ingredients

• afaLUXE™ 11% – a combination of filaggrin-based amino acids that supports skin renewal and contributes to improving skin structure, moisture balance, and barrier function.
• Ascorbic acid (Vitamin C) – acts as an antioxidant and supports collagen synthesis as well as a more even complexion.
• Urea – supports moisture retention and helps keep the skin supple.
• Dead Sea Minerals – provides the skin with natural minerals and balances it.

Who is afa™ Restorative Gel Mild 11% suitable for?

The afa™ Restorative Gel Mild 11% is ideal for dehydrated, mature, and photoaged skin as well as for hyperpigmentation and age spots.

Application

Apply to the face in the evening after cleansing. Start by using it 3 times per week and then increase the frequency weekly until the gel can be used every evening. Use sun protection during the day.

For a course of treatment, we recommend:

• Week 1: 3 times weekly,
• Week 2: 4 times weekly,
• Week 3: daily.
• From week 4, you can continue by alternating with the Restorative Gel Plus 15%.

Important: afa™ products must not be combined with fruit acid-containing products from Gly Clean or Gly Skin. When applying subsequent skincare, the pH value should not exceed 6.0.