NYDJ - Womens Teresa Wide Leg Pants
The Teresa Wide Leg Pants by NYDJ cinch your waist, enhancing your natural silhouette. Their wide legs add instant polish to everything you pair them with, and they're made from our fine wale stretch corduroy, which has a smaller texture and softer feel than typical corduroy. Our Lift Tuck Technology is made to help you keep your shape, with a proprietary slimming panel with a patented criss-cross design that smooths and sculpts. Features five-pocket styling, a zip fly with button closure and deep trouser-style hems. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Original: $225.96
-65%$225.96
$79.09More Images
NYDJ - Womens Teresa Wide Leg Pants
The Teresa Wide Leg Pants by NYDJ cinch your waist, enhancing your natural silhouette. Their wide legs add instant polish to everything you pair them with, and they're made from our fine wale stretch corduroy, which has a smaller texture and softer feel than typical corduroy. Our Lift Tuck Technology is made to help you keep your shape, with a proprietary slimming panel with a patented criss-cross design that smooths and sculpts. Features five-pocket styling, a zip fly with button closure and deep trouser-style hems. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Teresa Wide Leg Pants by NYDJ cinch your waist, enhancing your natural silhouette. Their wide legs add instant polish to everything you pair them with, and they're made from our fine wale stretch corduroy, which has a smaller texture and softer feel than typical corduroy. Our Lift Tuck Technology is made to help you keep your shape, with a proprietary slimming panel with a patented criss-cross design that smooths and sculpts. Features five-pocket styling, a zip fly with button closure and deep trouser-style hems. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
