Full Shine Great Darkest Brown Flat Silk Weft Virgin Sew In 100% Real Human Hair Extensions (#2)

USD 208.99

Description

Flat silk wefts are a type of hair extension that combines a silk base with a polyurethane (PU) strip to create a thin and flat weft. These extensions are designed to provide a seamless and natural-looking result when applied to the hair. The flat silk weft combines the advantages of machine weft and hand tied weft. It is not as bulky as the machine weft, and can not be folded as the hand tied weft, but can be cut from anywhere without shedding. It has no return hair on them (the short little hairs that¡¯s normally on top of wefts), so it allows for a natural, very flat and comfortable application. Length: 16",18",20",22",24" Weight: 50G/Pack, 3-4 packs for a full head Color: #2 Darkest Brown Texture: Natural Straight, and Have a Natural Wave when Wet or Left to Airdry or Diffused Lasting Time: 6-12 Months Real Human Hair: The extensions can be cut, curled, straightened, dyed or styled as desired, just like your natural hair. However, it is not suitable to bleach, and you can only dye dark colors from light colors. Virgin Hair: The virgin hair extensions are made from the same donor. The cuticles are intact and aligned, reducing tangling and breakage. They retain their natural color, texture, and integrity, providing a truly realistic and seamless look. Thin and Flat: The flat silk weft is designed to be thin and flat, making it less noticeable and more comfortable to wear. The thinness of the weft allows for a seamless blend with your natural hair, creating a natural and discreet look. Customizable and Flexible: Hair weft can be customized to suit your preferences. The wefts can also be cut and layered to create a personalized and natural-looking result. No Adhesive or Chemicals: Unlike some other hair extension methods, hair wefts do not require the use of adhesives or chemicals. The wefts are sewn directly onto the braided sections of your natural hair, minimizing the risk of damage or allergic reactions associated with certain bonding agents.