This eye-catching minidress features full sequin embellishment, a dramatic open back, and an adjustable chain choker neckline. The sleeveless design includes a side slit for ease of movement and a flattering V-neckline. Crafted from a blend of cotton and polyester with a soft spandex lining, the dress offers breathability and all-day comfort while maintaining its striking appearance. Ideal for evening events, cocktail parties, or nights out, this dress pairs beautifully with high-heeled sandals. The adjustable chain choker allows you to customize the fit for different occasions. Available in multiple sizes and colors including black, gold, and silver. Care instructions recommend hand washing and air drying to preserve the sequin detailing and fabric quality. This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.
Features: Backless
Closure Type: Pull On
Neckline: V Neck
Sleeve Length: Sleeveless
Sleeve Style: Sleeveless
Dress Length: Short Length
Fiber Content: 65% Cotton, 35% Polyester
Lining Material: Spandex
Care: Hand Wash
Material: Cotton Blend
Country of Origin: Imported
This eye-catching minidress features full sequin embellishment, a dramatic open back, and an adjustable chain choker neckline. The sleeveless design includes a side slit for ease of movement and a flattering V-neckline. Crafted from a blend of cotton and polyester with a soft spandex lining, the dress offers breathability and all-day comfort while maintaining its striking appearance. Ideal for evening events, cocktail parties, or nights out, this dress pairs beautifully with high-heeled sandals. The adjustable chain choker allows you to customize the fit for different occasions. Available in multiple sizes and colors including black, gold, and silver. Care instructions recommend hand washing and air drying to preserve the sequin detailing and fabric quality. This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.