Remington Hair Dryer [Almond Oil Micro-Conditioners + Ionic Conditioning] Almond Allure Series (25% Faster Drying, Diffuser & Concentrator, 6 Heat/Speed Settings, Ceramic Coating) D4807

Description

Ultra-Soft Results with Almond Oil: Infused micro-conditioners in the airflow leave your hair irresistibly soft and sleek every time you use this Remington hairdryer. Frizz-Free Shine with Ionic Conditioning: Say goodbye to static! Ionic technology smooths your strands, enhancing shine and control after every blow-dry. 25% Faster Drying Power: The high-torque motor delivers salon-worthy results quicker than a standard Remington hairdryer perfect for busy mornings. Define Natural Curls & Waves: The curl-defining diffuser enhances natural texture while protecting hair shape ideal for curly and wavy hair types. Precision Styling for All Hair Types: With 6 heat/speed settings, a ceramic-coated grille, and fast-drying concentrator, you’ll style effortlessly with your Remington hairdryer. Get an effortless blowout look in no time without compromising style and softness with the REMINGTON® Almond Allure Hair Dryer from REMINGTON®. This dryer has micro-conditioners infused with almond oil that are released with the airflow to leave you with beautiful, soft and sleek results. Plus, it also has anti-static ionic conditioning so that you can reduce static for a shiny finish. With a 25% faster drying¹ time thanks to a high torque motor, you can cut down on your drying time and save time getting ready. Whatever your hair type, you can discover the perfect setting for you with six heat and speed combinations and a curl-defining diffuser for curls and waves. ¹ Vs a standard REMINGTON® dryer. Safety Warning Keep out of reach of children, do not use while bathing, keep away from water, and handle with care to prevent burns or electric shock. Manufacturer Contact Information Russell Hobbs Deutschland GmbH, Am Unisyspark 1, 65843 Sulzbach, Germany. UK & Ireland: Spectrum Brands (UK) Ltd., Fir Street, Failsworth, Manchester, M35 0HS, England.