Used Chanel Handbag Small Tote Bag Cocoon Nylon Quilted A48610

Key Features

• **Chanel Handbag - Model A48610**
• - **Brand:** Chanel
• - **Product Type:** Handbag
• - **Model:** A48610
• - **Color:** Black
• - **Size:**
• - Height: 23 cm
• - Width: 28 cm
• - Depth: 15 cm
• - Handle Drop: 15 cm
• - **Condition:** Rank C (used condition with signs of wear)
• This lushentic grade bagstylish Chanel handbag is perfect for any season and adds a touch of elegance to your outfit. Ideal for everyday use, it features a classic black color that complements any wardrobe.

Specifications

Brand	CHANEL
Country	Japan
Exterior Material	Please see the description.
Style	Please refer to the photo.
Exterior Color	Please refer to the photo.
Department	Women
Lining Color	Please refer to the photo.
Handle/Strap Color	Please refer to the photo.
Hardware Color	Please refer to the photo.
Pattern	Please refer to the photo.
Vintage	No
Bag Width	Please see the description.
Bag Height	Please see the description.
Bag Depth	Please see the description.
Shape	Please refer to the photo.
Handmade	No
Unit Type	NA

Product Description

Item Title

Used Chanel Handbag Small Tote Bag Cocoon Nylon Quilted A48610

Payment

Supports managed payments Please pay within 5 days after auction is finished.

About Us

We are located in Japan. It's our pleasure to make you happy by proposing our recommend item. If you have any questions or request about items, please feel free to ask us.

International Buyers - Please Note:

-Import duties, taxes, and charges are not included in the item price or shipping charges. These charges are the buyer's responsibility. -Please check with your country's customs office to determine what these additional costs will be prior to bidding/buying. -These charges are normally collected by the delivering freight (shipping) company or when you pick the item up - do not confuse them for additional shipping charges. -We do not mark merchandise values below value or mark items as - gifts - The US and International government regulations prohibit such behavior.

Thank you for your understanding.