Kérastase Symbiose Purifying & Moisturising Anti-Dandruff Shampoo, Co

About this product

Stock up and save with Kérastase Symbiose Moisturising & Detangling Anti-Dandruff Shampoo, Conditioner & Mask pack. Contents: Kérastase Symbiose Moisturising Anti-Dandruff Cellular Shampoo, for Dry Sensitive Scalp, Prone to Dandruff 250ml Kérastase Symbiose Detangling Soothing Cellular Conditioner, for Sensitive Scalp Prone to Dandruff Kérastase Symbiose Masque Intense Revitalising Mask, for Damaged Hair Prone to Dandruff 200ml With 11 million women currently suffering with a scalp concern, Kérastase have created a range for those suffering with sensitive scalps, dandruff & dry scalps. Gently purifies the scalp, removes visible flakes and hydrates the hair fibre. This luxurious, liquid-textured formula helps to control the cellular renewal of the scalp to prevent dandruff build-up. The Moisturising Anti-Dandruff Cellular Shampoo has a creamy texture combined with a luxurious fine fragrance. The moisturising formula instantly exfoliates the scalp and removes visible dandruff & flakes without stripping the fiber. Kérastase Symbiose Detangling Soothing Cellular Conditioner is a silicone and sulphate-free detangling soothing cellular conditioner is for sensitive scalps that are prone to dandruff. With a luxurious balm-like texture combined with a fine fragrance, Symbiose Detangling Soothing Cellular Conditioner's lightweight formula intensely cares for your scalp and lengths of your hair. With anti-dandruff efficacy for up to 3 weeks.* Contains Salicylic Acid for a breathable scalp & Piroctone Olamine to slow down the cell renewal of the scalp, preventing the formation of excess skin cells, dandruff, in the hair. *After 3 uses per week for 4 weeks. Key Ingredients: Salicylic Acid - Instantly peels visible dead skin cells for a breathable scalp Bifidus - Feeds the scalp good bacteria to prevent dandruff from reappearing and replenishes the hair fibre moisture Piroctone Olamine - Eliminates Malassezia bacteria, slows down the rate at which the cells renew, eliminating the