- 26 cm
100% Hand-Tied, Lace Front
Ideal Face Shape:
Oval, Square, Pear
The secret of attraction of this wig design lies in simplicity which is in this case raised to the level of perfection. Pure, laconic lines create the feeling of freshness, and texturizing together with light volume give the haircut naturalness which is absolutely fashionable nowadays. You represent elegancy, have a good sense of style and positive view of life.
Characteristics of the model:
This model is a safe choice if you are looking for a wig with the most natural look.
The highest level of comfort and light weight are the main arguments in favour of this model.
100% hand-tied wig. The hairs are hand-tied to the cap of the wig individually, which gives them freedom of movement typical for natural hair. Natural-looking, lightweight and seamless, this wig provides full comfort and can be worn continuously.
The virtually undetectable sheer Lace Front will create the perfect illusion of natural hairline.
It is safe to change your hairstyle any time you want - this model's design allows for it.
The piece has been made from high-quality Modacrylic fiber that mimics the appearance of biological hair and is available in a wide range of realistic colour shades.
Ask yourself what your perfect wig or hair piece must be like. Most probably your answer will sound approximately like this, "I never remember that I’m wearing a wig but get compliments for my looks all the time." And if you try to find such a product, your search will inevitably lead you to the Hair Society collection. This is the only reason why we have highlighted it among the other ELLEN WILLE’s collections. Make up your mind, and you’ll never have to regret it!
Tips and how-to's:
It is important to give your new Synthetic Hair piece as much care and protection as possible, so make sure that you invest only in good quality products
. The tried-and-tested Hair Tip Liquid
will prevent split ends and help you reduce wear and tear caused by friction against clothing. The unique Enhancer
formulated for specific needs of artificial fibers will revive exhausted or damaged synthetic strands.