While temperature control is typically a good thing to have in a hair straightener, it can also result in hair damage if you're keeping the temperature too high. The GHD Gold eliminates the chance of any user error, operating at an even 365 degrees Fahrenheit. This is the optimal temperature for most hair types, getting you smooth results without damaging your hair. The gold coated ceramic plates heat up quickly and maintain an even temperature, eliminating the chance for any hair damaging hot spots as well.
Whether you have particularly curly hair or thick locks, this T3 hair straightener is designed to leave you with a shiny finish in a fraction of the time of other hair straighteners on the market today. Specifically, the T3’s smart SinglePass technology maintains consistent heat throughout the entire plate to straighten all hair types with one glide.
Due in large part to the damage we inflicted on our poor locks during this time, we’ve learned that heat protection isn’t just a luxury: it’s mandatory when it comes to hair straightening. That’s why so many hair straighteners now feature conditioners built right into the plates. We also learned that excess heat can cause permanent damage to hair, so now many flat irons come with automatic turn-off features or self-adjusting heat settings. Well, as the saying goes, there is no progress without a bit of struggle and our hair certainly struggled during the early 2000’s!
Easy-to-use and safer for strands, the ghd Classic 1" Inch Styler with ceramic heat technology operates at the optimum 365°F styling temperature for smooth, no-frizz styling. It delivers professional, long-lasting results, sealing the cuticle for a glossy finish that looks salon-done and stays flawless all day. Designed for utmost styling flexibility, the versatile one-inch round barrel makes it easy to straighten, curl, or wave all hair types and lengths. It heats up in 30 seconds and works fast so you can effortlessly create everyday styles in a snap, while the smooth-contoured floating plates glide through strands without snagging or pulling.