Achieve beautiful, frizz-free hair in one step. The ghd Duet Style 2-in-1 hot air styler uses Air-Fusion technology to dry and style wet hair simultaneously with no heat damage. This limited edition icy blue styler includes a luxury vanity case from the trusted UK brand ghd.
The first 2-in-1 wet-to-dry hot air styler that transforms hair from wet to styled with no heat damage - Includes luxury vanity case the star of the show, the ghd duet style professional 2-in-1 hot air styler, comes frozen in a stunning icy blue and is accompanied by a sleek crystal blue vanity case.
The ghd duet style professional 2-in-1 hot air styler lets you dry and style your hair with just one tool, thanks to its revolutionary Air-Fusion technology. This unique combination of advanced internal aerodynamics and four smart plates works within a bespoke ghd styling chamber, delivering ultra-concentrated airflow through an expertly designed air grille that works in synergy with smart low-temperature plates ensuring efficient drying and styling simultaneously. Also featuring smart infinity sensors, the ghd duet style predicts your hair's needs, maintaining an optimal low styling temperature from root to tip. This innovative approach delivers exceptional drying performance while preserving your hair's natural moisture. Taking you from wet hair to beautiful, soft hair results for up to 48hrs with no heat damage.
For dry hair only, the exclusive Shine Shot mode transforms the ghd duet style into a styler, achieving the optimal styling temperature of 185°C without air. This ensures instant frizz-free hair. Offering 2x more shine and 3.5 times more hair alignment - The advanced floating plates with an ultra-gloss coating guarantee an incredibly smooth and snag-free glide. Providing a seamless styling experience every time.
Enjoy a refined styling experience at home or in the salon with the bespoke acoustic system, designed to offer lower sound levels. The ghd duet style is also built with energy efficiency in mind, featuring unique aerodynamics that minimise energy waste, resulting in up to 45% less energy consumption.
