All Posts Tagged With: "undone chignon"
Bridal Hair Trends for Fall/Winter 2010
Bridal Hair Trends for Fall/Winter 2010 with Redken: Soft, loose looks – whether in ponytails, relaxed chignons, or a textured French pleat, dominated the Fall/Winter 2010 Bridal Fashion Week hairstyles in New York City this spring!
Bridal hair at Amsale
To compliment the lavish, detailed gowns for the coming season, Redken Session Stylist Giovanni Giuntoli focused on a soft, feminine approach to the hair to spotlight the beautifully bare shoulders and detailed designs of the gowns at the Amsale, Christos and Kenneth Pool shows. When it comes to bridal hair, “Balance is key to everything,” says Giuntoli. “Just because a dress is simple or the gown is elaborate doesn’t necessarily mean the hair has to be the exact same feel. Big gowns can work with simple hair and vice versa.”
Kate Winslet at the 2010 Golden Globes
GET THE LOOK: Frederic Fekkai Celebrity Stylist Renato Campora created a sexy undone chignon for Kate Winslet for the 67th Golden Globe Awards. The Look & Inspiration: Renato’s inspiration was a glamorous woman leaving her hotel room in a rush. He created a sexy, low chignon with an undone feel and lots of texture.
Here’s Renato’s hair tutorial on how to get Kate Winslet hairdo:
On wet hair Renato applied FEKKAI COIFF STRONG HOLD VOLUME MOUSSE mixed with FEKKAI ADVANCED BRILLIANT GLOSSING CREAM. These two products together provide the right balance to create a texture that leaves the hair hydrated. With the hair still wet, he created a side part and placed pins curls throughout the entire head and dried the hair with a diffuser. Once the hair was 80 percent dry, he removed the pin curls. Renato used his fingers to produce texture and finished drying the hair with the diffuser. He then applied FEKKAI Salon Technician Color Care Anti-Fade Top Coat throughout the hair for shine. Next, he softened the ends by using a curling iron. He then applied the FEKKAI Au Naturel Dry Shampoo all over the head to give the final look some modernity and volume.