When it comes to hair talk, a hairstylists’ arsenal is never complete without that one special device that can style and straighten hair at the same time. GHD Classic Styler Ceramic Hair Straightener happens to be that one special device. It can curl, flip, wave, and straighten hair easily, but with great features come a few drawbacks. Should you be adding this hair styling weapon to your stash soon?

To have straight hair, you just mist your hair with the GHD thermal protector. You then start at the part of the hair that’s closest to the roots, and then you glide the GHD Classic 1-inch Styler to the tips in one smooth stroke. You can also follow the easy directions for soft movement and for curls, which involve some turning while you glide from root to end. 
Top stylists, models and celebrities alike can’t live without their ghds, so you know you’re in good company when you add to your collection. Whether using your ghd styler to tame frizz for a day at your desk, or to curl locks for a night out on the town, ghd not only allows you to straighten your hair, but also twist, curl, flick, wave and bounce too. With ghd, the possibilities are endless.
The perfect tool for all your hiar styling needs. universal voltage for worldwide travel use. . The nose of the plates touch first, so it leaves a very small gap as you look down the plates, but if clamped down on tightly, they do eventually touch. ghd stylers have floating plates that help the hair glide through the hair effortlessly. The gap should almost disappear once the hair glides through the plates see more...
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.
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