Dyson Gift Edition Dyson Supersonic Hair Dryer Topaz Orange

Dyson's innovative Supersonic Hair Dryer is designed with intelligent heat control and is powered by Dyson digital motor V9 to offer faster and more efficient drying. It comes with five magnetic attachments to facilitate styling, whatever your hair type. Styling guides Twist out Create textured twists with curly hair. Defined curls and waves Create defined curls, and add volume and shine. Everyday blow dry Add natural volume and create flicks. Bantu knots Learn how to create sharp knots with curly hair. Smooth blowout See how to smooth and add volume to long, straight hair. Korean volumised style Learn how to create a straight style with natural volume for men. Textured with volume See how to create a textured style for men. Flyaway attachment Learn how to use the Flyaway attachment to finish a style. Powerful. And fast. The small, powerful Dyson digital motor V9 spins at up to 110,000rpm. Combined with Air Multiplier technology, it produces a high-pressure, high-velocity jet of controlled air, for fast drying and precision styling Intelligent heat control helps protect your shine Unlike some others, the Dyson Supersonic hair dryer measures air temperature over 40 times a second, and regulates the heat. This prevents extreme heat damage, to help protect your hair's shine. Hair science Healthy hair reflects light Extreme temperatures can make small pores appear within the strands. These scatter light in all directions, decreasing shine. The Dyson Supersonic hair dryer's intelligent heat control helps prevent extreme heat damage. And less damaged hair reflects more light in a single direction, so hair appears shiny. Heat and colour loss Whether your hair’s dyed or natural, high heat can change its proteins, causing the colour to fade. The Gentle air attachment can help prevent this by maintaining a lower temperature. Helps protect your scalp High heat can affect your scalp health. The Gentle air attachment is engineered to diffuse the airflow and lower the temperature