LoveShackFancy Deanna Halter Dress - Women's Clothing

Deanna Halter Dress

LOVESHACKFANCY

$345

Color

Black

About the LoveShackFancy Deanna Halter Dress

The LoveShackFancy Deanna Halter Dress is a black mini dresses for women crafted in cotton. It is priced at $345 at Vêtir, available in S, M, L.

100% cotton. Made in India. Hand wash. Fully lined. Halterneck styling with tie closure. Smocked back panel. Lightweight linen fabric with lace trim. LNCF-WD107. D1143-493. About the designer:

Product Details

Brand
LoveShackFancy
Category
Clothing
Subcategory
Mini Dresses
Color
Black
Material
Cotton
Available sizes
S, M, L
Reference
697867f6b544ff57bfdca29a

Returns & Exchanges

Return and exchange policies for the LoveShackFancy Deanna Halter Dress vary by the brand or retailer that fulfills your order. Returns are generally not eligible on final sale items. Review the 30 days free return before shipping your item back. See full details on our Returns & Exchanges page, or contact Concierge@vetirapp.com.

Similar Products

LoveShackFancy Deanna Halter Dress — Frequently Asked Questions

How much does the LoveShackFancy Deanna Halter Dress cost?

The LoveShackFancy Deanna Halter Dress is $345 USD at Vêtir. Price includes authentic designer quality.

What sizes are available for LoveShackFancy Deanna Halter Dress?

The LoveShackFancy Deanna Halter Dress is available in sizes: S, M, L. Check Vêtir for real-time stock availability.

What is the LoveShackFancy Deanna Halter Dress made of?

The LoveShackFancy Deanna Halter Dress is crafted from Cotton. 100% cotton. Made in India.

How to style the LoveShackFancy Deanna Halter Dress?

Use Vêtir's free AI Stylist for personalized outfit recommendations with the LoveShackFancy Deanna Halter Dress in Black. Upload your wardrobe to the Digital Closet and get complementary pieces suggested from luxury designers.

Can I return the LoveShackFancy Deanna Halter Dress?

Yes, Vêtir offers returns. 30 days free return Visit the returns page for full details on the return process and timeframes.