Philip Kingsley Flaky/Itchy Scalp Anti-Dandruff Scalp Toner 250ml

About this product

Refresh, soothe and comfort your irritated scalp with the Philip Kingsley Flaky/Itchy Scalp Anti-Dandruff Scalp Toner." - Darcey, Escentual Beauty Team.. Why You'll Love The Philip Kingsley Anti-Dandruff Toner:. Hair treatment that tackles both the symptoms and causes of dandruff.. Refreshes, calms and comforts your scalp.. Fights fungus and bacteria.. Restores your scalp's microflora balance to prevent repeat outbreaks.. Features a cruelty-free, vegan formula.. What You Need To Know:. Do you find that your anti-dandruff regime isn't quite cutting it? Try adding the Philip Kingsley Flaky/Itchy Scalp Toner into your routine. Its soothing blend of piroctone olamine, camphor and benzalkonium chloride work together to fight fungus and bacteria, while cooling your scalp to offer much-needed relief from itching and sores. Developed by leading trichologists, the Anti-Dandruff Toner clears stubborn flakes and skin cell build-up in order to restore your scalp's microflora balance, which prevents repeat outbreaks of dandruff so you can regain your confidence and show off your gorgeous hair again.. Why It's Escentual:. Developed as part of the best-selling Flaky/Itchy Scalp range originally developed for actor Sir Laurence Olivier, the Scalp Toner pairs perfectly with the Flaky/Itchy Scalp Shampoo to offer immediate and long-lasting results. Its innovative nozzle design is easy-to-use and completely mess-free, offering targeted application to the areas you need relief the most. Our top tip? Keep the formula in the fridge for a cooling sensation on inflamed skin.. The Best Way To Use It:. Either using a cotton bud or the nozzle, apply the Philip Kingsley Scalp Toner to difficult-to-reach or sensitive areas of the scalp. It can be applied to both damp and dry hair - do not rinse.. The Sustainable Side:. Philip Kingsley use 100% recyclable sugarcane plastic in the creation of their bottles. As a company, they run on a negative carbon footprint, giving excess electricity back to l