I.N.C International Concepts Womens Striped Bodycon Sweater Dress, Black, Small

Dive deep into the realm of modern elegance with the I-N-C Women's Striped Bodycon Sweater Dress. This masterpiece, straight from the elite International Concepts line, promises to elevate your style game, boasting a captivating striped design that flatters every curve. Its crew neck radiates a classic charm, complemented effortlessly by a sleeveless profile, ready to showcase those toned arms on any occasion.
Crafted with precision in China, this dress encapsulates the true essence of contemporary chic. The medium-weight fabric, a harmonious blend of 57% viscose and 43% nylon, ensures utmost comfort, while the zippy accents give it a trendy edge. Slide into this dress, and let the ribbed cuffs add the finishing touch. With I-N-C, step out, and let the world be your runway.
Product Features

• MATERIAL BLEND: Made from a rich blend of 57% Viscose and 43% Nylon, the I-N-C Womens Striped Bodycon Sweater Dress assures comfort and a figure-hugging fit for casual outings.

• ✨ MADE IN CHINA: This stylish Bodycon Sweater Dress, imported from China, offers quality and modern flair in one package.

• ZIP CLOSURE FASTENING: A sleek zipper adds a functional and fashionable touch to the Crew Neck collar of this dress, enhancing its modern appearance.

• GARMENT CARE: To keep this dress looking its best, machine wash cold and tumble dry low. Careful handling ensures lasting beauty.

• SIGNATURE FIT: A medium-weight density and opaque material create a signature fit that's perfect for all seasons.

• SUPPORT + COMFORT: The Sleeveless design and Ribbed Cuffs provide a blend of comfort and style that makes this dress a versatile addition to your wardrobe.

• MODERN DESIGN: With its Striped pattern and Bodycon style, this dress from the International Concepts line signifies contemporary elegance.

• ⭐ DESIGNED IN THE USA: The I-N-C Womens Striped Bodycon Sweater Dress combines premium imported materials with a unique design for an unforgettable fashion statement.