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High Rise Long Skirt - Louvre Sapphire

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High Rise Long Skirt - Louvre Sapphire

NYDJ's High Rise Long Skirt is a classic wardrobe staple that you'll get endless wears out of all season long. Our signature Lift Tuck® Technology provides just the right amount of support for a smooth, flawless figure—all thanks to an innovative, proprietary slimming panel with a patented criss-cross design. Finished with deep front utility pockets, back patch pockets, zip fly, button closure and center front slit for ease of movement. Louvre Sapphire is a classic medium-dark indigo wash with minimal hand sanding. This skirt is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
NYDJ's High Rise Long Skirt is a classic wardrobe staple that you'll get endless wears out of all season long. Our signature Lift Tuck® Technology provides just the right amount of support for a smooth, flawless figure—all thanks to an innovative, proprietary slimming panel with a patented criss-cross design. Finished with deep front utility pockets, back patch pockets, zip fly, button closure and center front slit for ease of movement. Louvre Sapphire is a classic medium-dark indigo wash with minimal hand sanding. This skirt is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
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From $30.44

Original: $86.98

-65%
High Rise Long Skirt - Louvre Sapphire

$86.98

$30.44

Description

NYDJ's High Rise Long Skirt is a classic wardrobe staple that you'll get endless wears out of all season long. Our signature Lift Tuck® Technology provides just the right amount of support for a smooth, flawless figure—all thanks to an innovative, proprietary slimming panel with a patented criss-cross design. Finished with deep front utility pockets, back patch pockets, zip fly, button closure and center front slit for ease of movement. Louvre Sapphire is a classic medium-dark indigo wash with minimal hand sanding. This skirt is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.