LVSANW Loose Fit Knitted Women's Sweater Solid Color Sexy Mink Velvet Autumn and Winter Short Cardigan All-match Fashion Thick Tops
LVSANW Loose Fit Knitted Women's Sweater Solid Color Sexy Mink Velvet Autumn and Winter Short Cardigan All-match Fashion Thick Tops
Craft of Weaving : Knit
Pattern : A-straight
Yarn Thickness : Regular yarn
Percentage of Material : 91%-95%
Season : Autumn/Winter
Age : MIDDLE AGE
Thickness : Thick
Model Number : Loose Fit Knitted Women's Sweater
Place Of Origin : China (mainland)
Closure Type : Open Stitch
Pattern Type : Solid
Gender : WOMEN
Sleeve Length(cm) : Full
Style : basics
Decoration : Lace Up
Material : POLYESTER
Sleeve Style : regular
Collar : O-Neck
Clothing Length : regular
Material Composition : polyester
Elasticity : High Strecth
Fit Type : Regulai Fit
Origin : Mainland China
CN : Guangdong
Features:
1. Mink down fabric: This sweater jacket uses mink down fabric, mink down is a soft, warm and luxurious material with a delicate and smooth touch, which can effectively resist cold weather.
2. Knitted cardigan design: The jacket adopts the design of knitted cardigan, showing a comfortable and light feeling, and it is also convenient to match other clothing.
3. Sexy design: The cut design of the sweater jacket is sexy and bold, which can show the charming curves of women and increase the attractiveness of the overall look.
4. Loose fit: This jacket has a loose cut, which not only provides a comfortable feeling, but also defines the figure and makes people look more graceful.
5. Suitable for autumn and winter: Thanks to the mink down fabric, this coat is perfect for autumn and winter, effectively keeping warm and keeping you stylish and comfortable in cold weather.
SIZE CHART:
Size --------------------Bust------------Sleeve---------Length
One size------ unlimited -------------60cm/23.6"-----38cm/15.0"
Package Included: 1pc * women's sweater
Note:
1. Due to the light and screen difference, the item's color may be slightly different from the pictures.
2. Please allow 0.5-2 cm differences due to manual measurement.