Carhartt WIP

Denim 'Shopper' Bag

$1,159.00 $464.00 -60% USD
Composition 100% Cotton
Measurements Height: 39cm Width: 57cm Model`s Measurements Height: 177cm Bust: 83cm Waist: 61cm Hips: 89cm Model`s Measurements Height: 185cm Chest: 92cm Waist: 74cm Hips: 91cm

Description

Introducing the Carhartt WIP Jean Shopper Bag, a testament to classic style and enduring functionality. Crafted from 100% cotton, this shopper bag boasts a denim-like texture that exudes casual elegance. Its rectangular form, with softly rounded bottom corners, is both aesthetically pleasing and practical. The bag features long, flat handles that allow for comfortable shoulder carry, making it a perfect companion for day-to-day errands or leisurely strolls. A standout detail is the large pocket on the front, reminiscent of a jean\'s back pocket, complete with contrasting stitching and a brown patch that likely signifies the designer\'s logo, adding a touch of authenticity and flair. Delicate graphic patterns and inscriptions scattered across the bag\'s surface lend it a unique character, while the denim-like stitches around the pocket and along the handles highlight the craftsmanship. Inside, the bag reveals a spacious compartment with a monochromatic lining, ensuring ample space for personal belongings. The bag\'s construction is solid, underscored by high-quality stitching for durability and longevity. An added convenience is the internal zipper pocket for securing valuables, alongside a button closure for easy access. Why Purchase This Product? Exclusive Design: From the renowned Carhartt WIP collection, this shopper bag\'s unique denim aesthetic and meticulous detailing stand out. High-Quality Material: Made entirely of cotton, it promises durability and comfort in every use. Functional Features: Equipped with an ample main compartment, an internal zip pocket, and a unique front pocket, it combines style with practicality. Unique Detailing: The contrasting stitching and designer patch amplify its exclusivity, making it a noteworthy addition to any ensemble.