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G-Star Raw Women's G-Star Shape High Rise Super Skinny Fit Jeans, White, 33W x 32L
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G-Star Raw Women's G-Star Shape High Rise Super Features
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These G-Star Shape jeans are designed with curves in mind, where the seat is made for maximum shaping. Offering a high waist on a skinny fit. The shaped waistband wraps around the waist to eliminate any gaps.
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Skinny Fit: High waist, tight from thigh to hem, zip fly.
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Elto White Superstretch - 10 oz premium white superstretch denim with an authentic aesthetic. Superb recovery with a soft hand-feel.
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3x1 right hand twill construction. The LYCRA fibers used are high performance stretch fibers which hold a Gold Level Material Health Certificate from the Cradle to Cradle Products Innovation Institute.
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RAW Sustainable - garments made of materials that are sustainable and contribute towards minimizing the environmental impact of the G-Star RAW collection.
About G-Star Raw Women's G-Star Shape High Rise Super
The G-Star Shape High super skinny jeans is designed with curves in mind. Love your curves with these shaping jeans in great stretchy denim. Smart tailoring and excellent pocket placement gives a flattering fit that defines and lifts. The waistband wraps around the hips to eliminate gap and complete the flawless, second-skin fit. A black denim shade, finished with a worn look aesthetic and subtle fadings. This deep black high stretch denim with superb recovery and a soft handfeel is created in a sustainable way by the use of recycled polyester and sustainable stretchy fibers. This version is dyed with sustainable black dye from Archroma. LYCRA® T400® ECOMADE is a sustainable stretch fiber, partially made from recycled and renewable resources. Designed to make garments last longer and hold their shape wear after wear. Recycled polyester is produced from post-consumer or post-industrial waste materials such as PET plastic bottles and apparel. Material that would otherwise have been sent to landfill or to incineration. By giving discarded resources a new life we save raw materials, water, chemicals and energy. Preventing further extraction of a non-renewable resource.
