Hydratonic Mist

Hydratonic Mist is a balancing, anti-pollution, and moisturizing facial mist toner designed to complete your facial hygiene routine while enhancing the balance of the skin’s microbiota. Suitable for all skin types, this revitalizing mist hydrates, regenerates, and smooths the skin, providing optimal comfort and protection against environmental stressors.

Key Benefits:

• Moisturizing and Regenerating: Combines the hydrating and smoothing properties of rose water with the regenerative and soothing effects of panthenol (pro-vitamin B5) to provide deep moisture and comfort.
• Biobalancing: Enriched with Lactobacillus Ferment, a post-biotic active ingredient that enhances the balance of the skin’s microbiota, strengthening and preserving the skin barrier.
• Anti-Pollution Protection: Features Urban D-tox, a biotechnological active ingredient that removes particulate pollutants and reduces oxidative stress, protecting the skin from the harmful effects of pollution.

Ideal For:

• All skin types
• Daily facial hygiene routine
• Enhancing skin hydration and comfort
• Balancing the skin’s microbiota
• Protecting against pollution and environmental stressors

Usage:

• After cleansing, spray Hydratonic Mist evenly over the face and neck. Allow it to absorb naturally or gently pat into the skin. Use daily, morning and evening, or throughout the day as needed for a refreshing boost.

Key Ingredients:

• Rose Water: Hydrates and smooths the skin, providing a soothing and refreshing effect.
• Panthenol (Pro-Vitamin B5): Regenerates and soothes the skin, promoting optimal comfort and hydration.
• Lactobacillus Ferment: A post-biotic active ingredient that balances the skin’s microbiota and strengthens the skin barrier.
• Urban D-tox: Protects against pollution by removing particulate pollutants and reducing oxidative stress.

Expected Benefits:

• Deeply hydrated, regenerated, and smoothed skin
• Balanced and strengthened skin microbiota
• Enhanced skin barrier function
• Protection against environmental pollution and oxidative stress