Ziaja Satin Glow Moisturising Face Toner/Spray 200ml

200 ml | Dry, dehydrated and normal skin | Age 12+

An exceptionally gentle moisturising face toner for dry, dehydrated and normal skin. The delicate formula is based on plant-derived glycerin and developed to cleanse, tone and refresh the epidermis, leaving skin feeling hydrated and refreshed from the first application.
Enriched with rose petal extract, CICA extract and lactobionic acid, the toner leaves skin soft, smooth to the touch and beautifully cared for. It can be used as a classic toner or as a refreshing facial spray, wrapping the skin in the elegant Satin Glow fragrance for a longer-lasting scented finish.
The Satin Glow fragrance blends citrus notes with refined woody-musky accents and a soft white-flower touch, bringing a feeling of comfort, relaxation and discreet luxury to daily facial care.

Formula benefits

• Gently cleanses, tones and refreshes the epidermis
  
• Leaves skin feeling hydrated and refreshed from the first application
  
• Provides a soft and smooth feel to the touch
  
• Leaves skin beautifully cared for
  
• Can be used as a classic toner or refreshing facial spray
  
• Wraps the skin in the elegant Satin Glow fragrance for longer
  
• Delicate formula based on plant-derived glycerin
  
• Suitable for daily facial care

Ingredients and their benefits

• Rose petal extract – obtained from Rosa Centifolia rose petals, known for rich blooms and a subtle fragrance; strengthens and soothes the skin, reduces redness, improves microcirculation and restores comfort; it provides strong antioxidant and anti-ageing care, protecting skin against oxidative stress and loss of elasticity
  
• Centella Asiatica extract (CICA) – regenerates the epidermis, supports collagen synthesis and improves skin elasticity and hydration
  
• Lactobionic acid – a gentle polyhydroxy acid (PHA) that moisturises the epidermis, improves skin comfort and delivers a smooth skin feel
  
• Plant-derived glycerin – attracts and retains moisture, protects the skin from excessive water loss