Lace Front Wigs 13x6 HD Pre Plucked Body Wave Lace Frontal Wig for Women 26 Inch Density Transparent Synthetic Heat Resistant Artificial Fiber Human

Lace Front Wigs 13x6 HD Pre Plucked Body Wave Lace Frontal Wig for Women 26 Inch Density Transparent Synthetic Heat Resistant Artificial Fiber Human

Body Wave Lace Front Wigs: Transparent Swiss Lace, blends perfectly into your skin, soft and breathable, density deep curly lace front wigs human hair looks more natural and full. Soft & bouncy, breathable & durable lace material make it more comfortable. Give you the confidence to flaunt your new look Hair Texture: Wave lace front wigs artificial fiber human hair density, curly wigs for black women wet and wavy wig, true to Length & Weight, no shedding, tangle free, can be side part, middle part, high ponytail& bun, can design any shape you like, suitable for diy Lace Front Wigs Synthetic Human Hair Material: Synthetic fiber human hair deep wave lace frontal wigs, full and thick, natural look, health and comfort, soft and bouncy, can be dyed, bleached, straightened and restyled Features: High Density, Full and Thick, True to Length, Pre-plucked with Baby Hair, Natural Hairline, Easy Install, More Natural When Take it on, Breathable & Durable Lace Material Make it More Comfortable Widely application: Suitable for People of All Ages, Suitable for Party, Birthday, School, Dating, Travel, Celebration, Graduation, Wedding and Your Daily Life Product Description

Type: Wave Lace Front Wigs
Feature: Full and thick, natural look, health and comfort, soft and bouncy
Amount: 1 pcs
Color: Natural Black
Material: Made of synthetic heat resistant artificial fiber, full and thick, natural look, health and comfort, soft and bouncy
Size: 26 Inch
Wide application: Suit for your birthday party, graduation ceremony, wedding, vacation, Make you the most charming; can also be used as gifts for family and friends
Note: Due to the light and screen setting difference, the color of the product may differ slightly from the picture. Please allow the tiny measuring deviation due to manual measurement