Adds elasticity and bounce to natural tightly coiled curls and very porous hair
Coarse, Naturally Coiled Curls
Discover Philip Kingsley's Elasticizer Extreme Rich Deep Conditioning Treatment, expertly formulated to cater to the unique grooming needs of natural coiled curls and very porous, processed hair.
Imagine a luxurious deep conditioning mask that provides intense hydration and nourishment, leaving your hair full of elasticity, bounce, and reflective shine. This rich pre-shampoo treatment is designed to nourish very dry, fragile, and thirsty hair, delivering all the moisturizing benefits of Philip Kingsley's iconic Elasticizer, but in higher doses.
Infused with Hydrolysed Elastin, this fragrance-free and paraben-free formula works wonders to add strength, body, and elasticity to your hair. Castor Oil and Olive Oil help to lock in moisture and enhance shine, while Glycerin ensures that your hair retains essential moisture and stays supple.
Treat your hair to the ultimate hydration and nourishment by using Elasticizer Extreme at least once a week before shampooing. Apply the rich mask to wet hair in sections, focusing on mid-lengths and ends. For an indulgent experience, leave it on for 10-20 minutes, or even overnight for maximum benefits. Rinse thoroughly and follow up with your favorite Philip Kingsley Shampoo, Conditioner, and Scalp Toner.
For finer hair textures, it is recommended to shampoo twice to ensure all product residue is removed. This deep conditioning treatment is suitable for use on color-treated hair, but be sure not to use it 72 hours before or after coloring to avoid any potential color interference.
Aqua/Water/Eau, Ricinus Communis (Castor) Seed Oil, Cetearyl Alcohol, Glycerin, Propylene Glycol, Olea Europaea (Olive) Fruit Oil, and more.
Philip Kingsley is committed to sustainability by using bottles and tubes made from sugarcane bioplastic or Post-Consumer Recycled (PCR) plastic. Sugarcane bioplastic is the first plastic derived from a fully renewable source, reducing carbon emissions in the process. PCR plastic repurposes single-use plastics, reducing landfill waste and plastic pollution while consuming less energy and fossil fuels.
