Revlon Equave Strengthening Instant Detangling Conditioner Spray 200ml

Strengthens Hair: Formulated to make long, fine, or brittle hair 4x more resistant to breakage. Detangling Power: Instantly makes hair 9x easier to detangle when used as the first step in your routine. Heat Protection: Protects fragile hair from heat damage up to 220° with advanced Kinetic Technology. Easy Application: Shake, spray, and detangle on damp or dry hair—no rinse required! Thickening Effect: Adds body and volume while reducing the appearance of split ends. Product Description Experience the power of innovation with the Revlon Equave Strengthening Instant Detangling Conditioner Spray in a generous 200ml size. This exceptional leave-in conditioner is specifically formulated for fine and fragile hair, making it your go-to solution for achieving effortless detangling and enhanced hair strength. The unique bi-phase formula works wonders by combining two potent phases that activate when shaken. With just a few sprays, you’ll find your hair transformed—immediately 9 times easier to detangle and reinforced to be 4 times more resistant to breakage. Whether your hair is damp or dry, this product features a user-friendly application that requires no rinsing, ensuring a hassle-free experience every time. Utilizing Kinetic Technology , this conditioner not only detangles but also protects your locks from heat exposure up to 220°. Say goodbye to split ends and hello to stronger, healthier hair with an added thickening effect that provides natural body and volume. Use it as a base in your haircare routine, pairing it with the keratin-rich Revlon Professional Equave Detox Micellar Shampoo for optimal results. Ingredients AQUA/WATER/EAU, CYCLOPENTASILOXANE, DIMETHICONE, PEG-12 DIMETHICONE, DISILOXANE, GLUCONOLACTONE, POLYQUATERNIUM-6, HYDROLYZED KERATIN, VP/DIMETHYLAMINOETHYLMETHACRYLATE COPOLYMER, DISODIUM EDTA-COPPER, TRIETHANOLAMINE, PHENYL TRIMETHICONE, POLYQUATERNIUM-16, LACTIC ACID, WHEAT AMINO ACIDS, DIMETHICONOL, SODIUM CHLORIDE, COCODIMONIUM