Sale - Ellen Wille Wigs - Star - Color: Sandy Blonde Rooted
Save Additional 50% - use code CL50
Description
Get a Special Sale on Star by Ellen Wille in the color Sandy Blonde Rooted at Name Brand Wigs. *Limited Quantity Available*
Open Box: 1 Available | Damaged Box
Star by Ellen Wille is a sophisticated, sleek, chin length bob with stunning movement. This look is celebrity worthy but ready-to-wear in seconds. The fringe falls at eye level and is able to be pulled back or swept to the side with ease. The perfectly placed layers are texturized to provide light, airy movement. The impeccable ear to ear lace front offers versatile styling and the most seamless, natural hairline. The premium synthetic fiber used to create the Star mimics the look, feel, and movement of biological hair. The Hair Society Luxury Collection by Ellen Wille is 100% hand tied, monofilament, with a beautiful lace front. Ellen Wille has designed the ultimate cap construction for comfort and lightweight wear, providing an ideal solution for women experiencing minimal to total hair loss.
Color Shown (See Below for Actual Item Color): Sandy Blonde Rooted, Salt/Pepper Mix, Light Bernstein Rooted
Actual Sale Item Color: Sandy Blonde Rooted
Cap Design: Monofilament Top, 100% Hand Tied, Lace Front
Hair Fiber: Synthetic
Size: Petite-Average
Weight: 2.5 oz.
Density: Low Density
Length: Front: 5" | Crown: 8" | Sides: 7.25" | Nape: 2"
Hair Texture: Straight
Hair Style: Bob Wigs
Type: Wig
Department: Women's Wigs
Brand: Ellen Wille Wigs
Collection: Hair Society Collection - A collection specially designed for women with partial to total hair loss. This is a collection of lightweight and comfortable wigs made from synthetic hair fibers and features a hand tied construction for unparalleled realism.
*INVENTORY MARKDOWN items are one or more of the following: item returned for color or style, cancelled orders, clearance sale, damaged package, or overstock item etc. All Inventory Markdown items have been inspected by our inventory specialists and are in good condition.