Rachel Roy Womens Asymmetrical Shirt Dress

Rachel Roy brings to you an incarnation of elegance coupled with a daring undertone in this asymmetrical shirt dress. This piece is a celebration of the modern woman, blending comfort and style with a seamless grace. The solid tone is a canvas, a representation of purity and sophistication, coupled with an asymmetrical touch that breaks the norms and embraces uniqueness. The crew neck design invites a sense of professional yet laid-back style, making it a versatile choice for various occasions._x0001_
Sculpted in China with a blend of 95% polyester and 5% elastane, it promises an unmatched comfort, embracing you with a soft touch that lasts all day. This medium-weight gem comes with an intriguing cap sleeve design, a subtle nod to contemporary fashion trends. The casual theme of this dress, combined with an opaque material opacity, showcases a perfect blend of comfort and allure, presenting an outfit that whispers elegance in every stitch. Transform every street into a runway, flaunting an ensemble that is not only modern but unapologetically you.
Product Features

• 95% POLYESTER 5% ELASTANE: Meticulously woven from 95% polyester and 5% elastane, this blend guarantees both comfort and durability.

• ✨ IMPORTED: Expertly crafted and imported from the renowned textile industry of China.

• PULLOVER STYLE: Features an effortless pullover style, ensuring ease of wear and removal.

• GARMENT CARE: To maintain its pristine condition, machine wash cold. Tumble dry at a low setting and avoid prolonged exposure to sunlight.

• SOLID COLOR DESIGN: A chic solid casual a-line tee shirt dress, perfect for any modern wardrobe.

• ⭐ SUPPORT + COMFORT: Boasting a crew neck collar style and cap sleeves, this dress promises both support and unmatched comfort for every wear.

• SIGNATURE FIT: Designed to perfection, Rachel Roy ensures a standout fit that flatters every body type.

• DESIGNED IN CHINA: A product of Rachel Roy's unparalleled craftsmanship, thoughtfully created in China with utmost precision.