Delivering high pressure air flow for super-fast drying while advanced ionic technology reduces frizz and flyways to give a smooth salon-style finish in half the time*. The ghd hair dryer was designed by professionals for professional and offers you the best hair drying experience at home. Variable power and temperature controls, plus the choice of two nozzles, allow you to tailor your blow-dry to your hair type, while a cool shot button.
I got a new GHD styler/straightener for my birthday this year. My old original ghd maxx sadly gave up and died after 10 years of faithful service! I opted for the standard design this time as it was in a special mother’s day gift pack for a reduced price and I am really happy with it. Although it takes a little longer to styler my long thick hair (compared to the thicker tonged styler) it has the same long lasting, shiny effect!
New without original packaging. Glimmering gold accents and plates and an enhanced design give the ghd gold V classic styler a luxe feel. Smoother gold plates glide effortlessly through the hair to make straightening on all hair types and lengths even quicker and easier, while their contoured edges help to create perfect curls and waves, all with a high shine, salon-style finish. A handy protective plate guard also allows you to pack up your styler straight after use while an automatic sleep mode is activated if the styler isn't used for 30 minutes. Universal voltage ensures you'll get the same styling performance wherever you are in the world, making this styler a great choice if you travel frequently.
GHD Classic Styler, from the name itself, you can deduce that this simple yet versatile device was made to style and straighten. Armed with a rounded barrel and advanced ceramic heaters, you can curl, flip, tease, wave, and straighten any hair type and texture easily without damaging your hair’s external surface. The infra-red heat technology infused within the plates also releases more negative ions than other products so your hair’s natural oils and luster are retained despite repeated exposure to maximum heat.