Natural and Versatile Style: With a color of dark black, straight texture, a design of middle part accompanied by side bangs, and suitable for both men and women. It can be freely combed into side part or middle part, allowing for flexible styling changes.
Precise Size Specifications: The stretched length reaches 25cm (about 10 inches), the middle part length of the PU in the frontal area is about 4.5cm (1.8 inches), the lace base measures 4cm (1.6 inches) in width and 7.5cm (3 inches) in length, and the skin tone PU scalp is 3cm (1.2 inches) in width and 6cm (2.4 inches) in length.
Convenient Wearing Experience: The combination of PU and lace net with 2 clips offers a more secure and comfortable attachment. It is easy to put on and can instantly change your appearance, increasing the hair density of the head part and covering gray hair effectively.
Realistic Visual Effect: Made of 100% human hair, and the skin tone simulation scalp makes the toupee look extremely realistic and natural.
Show your team loyalty with this Natural Human Hair Bangs Side Fringe for Women 3D Middle Part False Bangs Clip-in Exrensions Invisible Hairpieces Human Hair Topper (Black). Stylish and comfortable Natural Human Hair Bangs Side Fringe for Women 3D Middle Part False Bangs Clip-in Exrensions Invisible Hairpieces Human Hair Topper (Black) item, a perfect wardrobe addition. Wear into the game, or proudly display on your living room wall.
Natural Human Hair Bangs Side Fringe for Women 3D Middle Part False Bangs Clip-in Exrensions Invisible Hairpieces Human Hair Topper (Black) is made of comfortable and breathable material. This is a must-have for any true Natural Human Hair Bangs Side Fringe for Women 3D Middle Part False Bangs Clip-in Exrensions Invisible Hairpieces Human Hair Topper (Black) fan.
Flexible Styling Adjustment: The hair can be trimmed or restyled into a side part by using a heat iron to blend well with your personal hair style. Although the product photos are based on the actual item, a slight color difference may exist due to variations in light intensity and display methods.
