πŸŽ‰ Up to 70% Off Selected ItemsShop Sale
HomeStore

Paper Bag Pleats Pleated Top

Product image 1
1 / 3

Paper Bag Pleats Pleated Top

  • Signature pleating technology construction
  • Asymmetrical draped silhouette
  • Sleeveless design
  • Boat neckline
  • Lightweight polyester fabric
  • Machine washable pleats
  • Relaxed fit

ISSEY MIYAKE Paper Bag Pleats Pleated Top delivers innovative textural dimension through the brand's signature pleating technology. Crafted from lightweight polyester in sophisticated charcoal black, featuring asymmetrical pleated construction that creates sculptural volume and movement. The architectural silhouette and experimental pleating technique showcase ISSEY MIYAKE's pioneering approach to modern garment construction.

  • Signature pleating technology construction
  • Asymmetrical draped silhouette
  • Sleeveless design
  • Boat neckline
  • Lightweight polyester fabric
  • Machine washable pleats
  • Relaxed fit

ISSEY MIYAKE Paper Bag Pleats Pleated Top delivers innovative textural dimension through the brand's signature pleating technology. Crafted from lightweight polyester in sophisticated charcoal black, featuring asymmetrical pleated construction that creates sculptural volume and movement. The architectural silhouette and experimental pleating technique showcase ISSEY MIYAKE's pioneering approach to modern garment construction.

$364.08
Paper Bag Pleats Pleated Topβ€”
$364.08

Description

  • Signature pleating technology construction
  • Asymmetrical draped silhouette
  • Sleeveless design
  • Boat neckline
  • Lightweight polyester fabric
  • Machine washable pleats
  • Relaxed fit

ISSEY MIYAKE Paper Bag Pleats Pleated Top delivers innovative textural dimension through the brand's signature pleating technology. Crafted from lightweight polyester in sophisticated charcoal black, featuring asymmetrical pleated construction that creates sculptural volume and movement. The architectural silhouette and experimental pleating technique showcase ISSEY MIYAKE's pioneering approach to modern garment construction.