Bielenda Professional REDNESS RELIEF – Acid Peel for Couperose-Prone Skin
A specialist treatment created for sensitive, couperose-prone, and irritation-prone skin. Its advanced formula is based on gentle PHA acids and strengthening ingredients, helping to care for and improve the appearance of the skin at the same time. The product helps reduce redness, smooth the complexion, and provide proper hydration and regeneration.
Strengthening Capillaries and Reducing Redness
Lactobionic acid combined with hesperidin supports the elasticity of blood vessels and helps reduce their visibility. Regular use promotes a more even skin tone and decreases the tendency toward redness.
Hydration and Skin Protection
The presence of squalane and sodium lactate helps maintain optimal hydration, protects against moisture loss, and supports the skin’s natural regenerative processes. As a result, the skin becomes softer and more resistant to external factors.
Gentle Exfoliation Without Irritation
Gluconolactone provides gentle exfoliation by removing dead skin cells and improving skin texture. The peel smooths the complexion without causing irritation, making it suitable even for sensitive skin.
Benefits:
- reduces the visibility of capillaries and redness
- smooths and improves skin elasticity
- intensely hydrates and supports regeneration
- strengthens the protective barrier
- gently exfoliates dead skin cells
Area of Application:
Key Ingredients:
- Lactobionic Acid (10%) – strengthens capillaries and provides antioxidant action
- Gluconolactone (5%) – gently exfoliates and supports skin renewal
- Squalane – protects and moisturizes the skin
- Sodium Lactate – binds water and prevents dryness
- Vitamin B12 – supports regeneration and reduces redness
- Inulin – supports the skin microbiome and strengthens skin resilience
Directions for Use:
Apply a thin layer of the peel to cleansed facial skin, avoiding the eye area. Leave on for a few minutes, then rinse thoroughly with lukewarm water. Use 2–3 times a week or as needed.
Packaging:
50 ml