Skip to product information
1 of 12

⏳Time-Limited Special⏰Women's Knit Ribbed Bodycon Mini Dress💕

⏳Time-Limited Special⏰Women's Knit Ribbed Bodycon Mini Dress💕

Only 13 item(s) left in stock!

Price
Regular price $34.99
$34.99 Regular price $69.99 Sale price
50
%
OFF
Sold out
🌸Color🌸
Size
24-hour fast shipping
30-day no-questions-asked returns
24/7 live customer support
PCI DSS/SSL secure payments
More Details
⏳Time-Limited Special⏰Women's Knit Ribbed Bodycon Mini Dress💕
$34.99

Collapsible content

Description

SIZE GUIDE

FEATURES

HIGH-NECK DESIGN - Adds a touch of sophistication and warmth. This classic element frames the face beautifully and provides extra coverage, making it a perfect choice for transitioning between seasons with elegance and style.

RIBBED KNIT TEXTURE - Offers exceptional stretch and comfort while creating a visually slimming effect. The vertical lines of the knit fabric follow your curves, enhancing your silhouette for a flattering and comfortable fit all day long.

SLIM BODYCON FIT - Expertly designed to hug your curves and showcase your natural figure. This silhouette creates a sleek, polished look that boosts confidence, making it ideal for both casual outings and evening events.

LONG SLEEVE COVERAGE - Provides warmth and a refined look, making the dress suitable for cooler weather and more formal settings. The full-length sleeves offer an elegant contrast to the short hemline for balanced sophistication.

VERSATILE MINI LENGTH - Creates a modern, chic aesthetic that effortlessly transitions from day to night. Pair it with sneakers for a casual look or heels for an evening out, offering maximum styling flexibility for any occasion.

SPECIFICATION

Color: Black

Size: S, M, L, XL

Type: Dress Only, With Beige Brief, With Pink Brief, With Black Brief

Material: Polyester

Package Includes: 1 x Women's Knit Ribbed Bodycon Mini Dress, 1 x Brief

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.