All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier

Afro-Curly 180% Density Remy Human Hair Wig Natural Hairline Swiss Lace Straight Style Short Brown Bob Black Women Wholesale

No reviews yet

Key attributes

Industry-specific attributes

Lace Wig Type
Lace Front Wigs

Other attributes

Place of Origin
Guangdong, China
Brand Name
Xinyu
Hair Grade
Remy Hair
Virgin Hair
Yes
Human Hair Type
Brazilian Hair
Weight
135g-275g
Style
Water Wave, Yaki, Straight
Technique
Lace Front Wig
Length
8-16 inches
Density
180%
Wigs Length
Long
Cap Size
Average Size
Suitable Dying Colors
ALL COLORS
Color of Lace
Transparent
Base Material
Swiss Lace
Material
100% Human Hair
Hair Grade
Highest Grade
MOQ
1 Piece
Payment
Paypal.TT.Western Union.Money Gram
Delivery Time
3~5 Working Days After Payment
Package
PVC Bag
Shipping
DHL\UPS\FEDEX\EMS\TNT
Advantage
Provide Customized Packaging
Keywords
13x1 Short Lace Front Wigs
Lace Size
T Lace Front

Packaging and delivery

Selling Units:
Single item
Single package size:
22X22X5 cm
Single gross weight:
0.500 kg

Customization

Product descriptions from the supplier

Locked pricesOn-time deliveryMoney-back guarantee

Price guide (shipping included)

$60.18 /piece for 1 piece
Includes:
$49.00 Product price
$11.18 Standard shipping

Variations

Total options:

Shipping

Shipping

Economy
Shipping total: $10.06 for 1 piece
Guaranteed delivery by Jun 19
Standard
Shipping total: $11.18 for 1 piece
Guaranteed delivery by Jun 13
Premium
Shipping total: $22.35 for 1 piece
Guaranteed delivery by Jun 10

Membership benefits

Quick refundsView more

Protections forProtections for

Guaranteed delivery via

Expect your order to be delivered before scheduled dates or receive a 10% delay compensation

Secure payments

Every payment you make on Alibaba.com is secured with strict SSL encryption and PCI DSS data protection protocols

Money-back guarantee

Get your money back for missing deliveries and defective or damaged products, plus free local returns for defects