Foxy
Foxy - sandmulti rooted is backordered and will ship as soon as it is back in stock.
Description
Description
Women's wig Foxy by Ellen Wille
The Foxy women's wig by Ellen Wille from the Hairpower collection is a stylish and trendy hair accessory for women. It is made of high-quality synthetic hair and offers a natural look and feel. The wig has a short hairstyle with slightly layered curls that give the hair volume and movement.
Structure of the Foxy Wig
Since the frame is made of sewn cotton bands, known as wefts, it offers pleasant air permeability and therefore a wonderful feeling when worn! The film base above the forehead ensures an authentic look, as it makes the base of the wig appear almost invisible due to its thin material!
The wig is light and comfortable to wear thanks to its breathable material, which ensures good ventilation and a secure hold. It is easy to adjust. The wig is available in the shop in the standard size 54-56cm (size M).
Care of the Foxy Wig
- Washing the Wig removal is done as often as necessary and as little as possible.
- Place in 1 liter of lukewarm water and soak with shampoo for synthetic hair for at least 10 minutes.
- Place the wig in another 1 liter water bath and with balm treat.
- Let it air dry, as the hair does not tolerate heat. This also eliminates the need to use a curling iron or straightener.
- dry wig If necessary, treat with a nubby brush and style with your hands.
- Regular use of a conditioner provides additional care for the hair.
Color selection of the Foxy wig
The Foxy women's wig is available in 11 different shades.From deep coffee brown to sparkling champagne to light gray tones.
sandmulti rooted,espresso mix,darkchocolate rooted,chocolate mix,bernstein rooted,darksand rooted,sandyblonde rooted,champagne mix,auburn mix,salt/pepper mix,snow mix
In our shop you will find an excellent range of different products.
From high-quality luxury wigs to stylish trend variants and hair replacement solutions for men and children, Ellen Wille's product range has the optimal answer for every problem.