





RACHEL SKINNY JEANS / BLACK FLORAL
Product Description
These stylish skinny jeans feature a tonal floral lace print and a light coating that adds a subtle shine, perfect for both casual outings and festive events. Made from a soft, stretchy blend, they move comfortably with the body, ensuring a flattering fit from hip to ankle. With a classic rise and practical features like a YKK zipper and vegan leather patch, these jeans combine elegance and sustainability, emphasizing local Canadian craftsmanship. From the brand: Product Description These jeans have a tonal, floral laced print and are lightly coated to give them a subtle shine. This classy design makes them an excellent choice for dressing up for a night out or to style for your holiday festivities this season. Fabric & Fit This style crafted in our Travel denim is made using a blend of fibers specially woven to obtain the perfect 360° stretch. This fabric feels soft to the touch and provides the ultimate stretchability to move with you like a second skin. The Rachel. Our skinny silhouette hugs close to the body from the hip to the ankle. Fit Tip: This style fits true to size. Follow our size chart to find your perfect fit. Product Features 30" inseam Classic-rise Tonal Stitch YJ Logo - Black Button and Rivets. YKK Zipper Vegan leather YJ patch at back waist Size: 24 to 34 Zhi is 5'9" and wears a size 32 Style: 2276BK-R30 Designed in Montreal Ethically made in Canada Composition & Care Type of denim: Travel 65.5% Cotton, 31% Polyester, 3.5% Lycra Machine wash cold, do not bleach, hang to dry, iron at low temperature, wash colors separately 10 oz. Sustainability These sustainable jeans are a part of our up-cycled denim program, an innovative waste reduction strategy we have in place. Additionally, supporting the local economy plays an important role in reducing our carbon footprint, which is why we are proud to say that this style is 100% made in Canada. Up-cycled denim: Taking existing fabrics and turning them into new garments prevents textiles from ending up in landfills and avoids the energy and carbon emissions required to produce new materials.











