Women Puffer Tote Handbag Padded Shoulder Bag Lightweight Embroidery Letter Satchel Bag Large Top Handle Bag Winter Commuting Bag
Features:
1.Durable Fabric: Experience long-lasting use and a comfortable touch with this puffer tote bag, expertly crafted from high-quality cotton fabric. Its durability ensures that it withstands everyday wear and tear, while providing a pleasant feel when carrying.
2.Spacious Design for Essentials: With dimensions of 430.00x260.00x180.00mm/16.93x10.24x7.09inch, this down hobo bag offers ample space to hold your wallet, phone, glasses, keys, and other small items. Stay organized and keep your essentials within reach wherever you go.
3.Fashionable and Versatile: The trendy design of this puffy tote handbag, makes it a perfect companion for various occasions including shopping trips, dates, work commutes, travels, vacations, parties, and more. Its simple and versatile style effortlessly complements any outfit, adding an extra touch of elegance.
4.Sweet Gift for Loved Ones: This padded shoulder bag makes a thoughtful and sweet gift choice for friends, girlfriends, wives, mothers, and more. Surprise your loved ones on special occasions such as Christmas, Valentine's Day, birthdays, Mother's Day, Thanksgiving, or anniversaries with this heartfelt present.
5.Perfect Gift for Any Occasion: Regardless of the event, whether it's Christmas, Valentine's Day, birthdays, Mother's Day, Thanksgiving, or anniversaries, this zipper satchel bag serves as an ideal gift. Its versatility and practicality make it a suitable present for any celebration, providing a delightful surprise for your loved ones.
Specification:
Origin: Mainland China
Shape: Casual Tote
Main Material: Polyester
Handbags Type: Totes
Lining Material: Polyester
Place Of Origin: HE BEI Province
Size:430.00x260.00x180.00mm/16.93x10.24x7.09inch
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.
