Women Crescent Shoulder Bag Cartoon Embroidery Versatile Crescent Bag Lightweight Zipper Closure Ladies Half Moon Bag
Features:
1.Premium Material: Crafted from premium nylon fabric, this simple dumpling bag offers a combination of softness, comfort, and durability. The material is carefully selected to ensure long-lasting performance and ease of maintenance. Its resistance to wear and tear makes it a reliable choice for daily use.
2.Compact Size: With dimensions of 310.00×160.00×90.00mm/12.2×6.3×3.54inch, this hobo sling bag easily accommodates essentials such as your phone, keys, wallet, cosmetics, and small accessories.
3.Convenient Structure: This casual crescent bag features well-designed pockets to help you stay organized. Whether you’re storing your phone, keys, or cosmetics, each item will have its designated spot, allowing for easy access. The convenient structure of this bag keeps your belongings secure while ensuring quick and hassle-free retrieval whenever needed.
4.Stylish Design: The nylon crossbody bag’s sleek design, adds a touch of elegance to any outfit. The adjustable shoulder strap allows you to customize the length for comfortable wear.
5.Perfect Gift: This soft shoulder bag is a fashionable and practical choice for various occasions, including shopping trips, holiday parties, and street photography. Its functional design makes it an excellent gift for mothers, girlfriends, and wives who appreciate both style and functionality.
Specification:
Origin: Mainland China
Shape: Half Moon
Main Material: nylon
Lining Material: Polyester
Decoration: Embroidery
Style: Casual
Gender: WOMEN
Pattern Type: Cartoon
Closure Type: zipper
Hardness: SOFT
Interior: Cell Phone Pocket
Exterior: NONE
Model Number: Crossbody Bag
Occasion: Versatile
Place Of Origin: HE BEI Province
Product Size: 310.00×160.00×90.00mm/12.2×6.3×3.54inch
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.