Square Neck Floor-Length Satin Formal Sheath Column Gown Kay Unger 5648558

Kay Unger SKU: 5648558
Color Olive

Elevate your formal wardrobe with this breathtaking floor-length satin sheath gown, designed for the woman who commands attention with effortless sophistication. The sleek, body-skimming silhouette drapes beautifully from delicate beaded spaghetti straps, while the dramatic open back with a statement bow detail adds an unexpected touch of glamour. Perfect for galas, black-tie events, and formal evenings, this gown is the ultimate expression of refined elegance.

Key Features:

  • Fabric: Lustrous satin with a smooth, fluid drape and subtle sheen
  • Fit: Slim sheath/column silhouette with a natural waistline for a sleek, elongating effect
  • Silhouette: Sheath/Column — body-skimming from neckline to hem for a polished, streamlined look

Product Highlights:

  • Beaded spaghetti straps add a touch of sparkle and delicate detail to the neckline
  • Dramatic open back with a large satin bow creates a stunning rear view perfect for any formal occasion
  • Square neckline offers a modern, sophisticated frame for the décolletage
  • Floor-length hem provides an elegant, elongating silhouette ideal for black-tie events
  • Fully lined construction ensures a comfortable, polished fit throughout the evening

Available Colors:

Olive

Perfect for Special Occasions:

Formal Gala, Black-Tie Events, Evening Parties, Wedding Guest, Cocktail Reception, Charity Dinner

Details:

  • Neckline & Sleeves: Square / Spaghetti Straps
  • Length: Floor-Length
  • Lining: Fully Lined
  • Structure: Soft
  • Stretch: Slight Stretch
  • Closure: Zipper
  • Back: Open Back
  • Hem/Train: Straight Hem
  • Slit: No Slit
  • Pockets: No
  • Embellishment: Beaded
  • Sizes: 00, 0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24
  • Model Notes: Model is 5'9"
  • Occasions: Formal Gala, Black-Tie Events, Evening Parties, Wedding Guest, Cocktail Reception, Charity Dinner

Care Instructions:

  • Dry clean only
  • Store on hanger
  • Steam at low heat
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