Urbann-Vibe Stand Collar Faux Leather Ruched Panel Dress For Women Edgy Mini Versatile Office To Evening

Urbann-Vibe's Stand Collar Faux Leather Ruched Panel Dress redefines the mini with an edgy texture and clean lines. Designed for fashion-forward wearers, it moves from office-chic days to evening celebrations with effortless styling.

• Stand Collar & Sleeveless Design: A sleek stand neck and clean sleeveless cut create a modern silhouette that layers beautifully with jackets or cardigans across seasons.
• Faux Leather Ruched Panel with Knot Detail: A textured panel wrapped at the hip adds dimension and movement, delivering a fashion-forward focal point without sacrificing comfort.
• Premium Fabric & Finish: Crafted from 100% polyester with a refined faux leather finish, offering a sophisticated, matte sheen and easy-care practicality.
• Seamless Closure: Invisible back zipper ensures a smooth, uninterrupted line from shoulder to hem for a polished look.
• Fit & Length: Regular fit with a short length and slight stretch provides comfortable wear that moves with you.
• Care Notes: Do not wash; Do not bleach; Do not tumble dry; Do not iron; Mild dry cleaning recommended; Do not spin or wring.
• Versatile Occasions: Perfect for leisure, weddings, home gatherings, vacations, parties, and work-chic days—easy to dress up or down with accessories.

The dress is designed to deliver confidence in every setting. The stand collar creates a streamlined neckline, while the sleeveless cut keeps the look light and adaptable for layering with blazers, cardigans, or statement outerwear. The ruched panel with a knot detail adds subtle texture and movement, so the dress feels dynamic whether you’re mingling at a celebration or presenting at a meeting. Made from 100% polyester with a refined faux leather finish, it achieves a sophisticated matte sheen that reads polished in photos and real life alike. An invisible back zipper preserves a seamless silhouette, and the regular fit with a touch of stretch keeps you comfortable through long events.