Add products by adding codes
- ✅ This compact crossbody bag goes well with any outfit
- ✅ It will hold all the necessary items - phone, wallet, sunglasses
- ✅ Made from recycled materials
Pacsafe Go Anti-Theft Shoulder Bag - Bordeaux
The Pacsafe Go Anti-Theft Shoulder Bag meets all the needs of a crossbody bag, whether you're planning to explore a new city, dance at a music festival, or simply relax in a café. With two spacious compartments, this bag makes organization easy, accommodating your phone, wallet, portable charger, headphones, e-reader, and much more. You can enjoy every moment knowing your valuables are safe, thanks to anti-theft features such as the hassle-free Dock Lock, cut-resistant strap, RFID blocking pocket, and more. The product is made from recycled post-consumer polyester (rPET), equivalent to reusing 6 plastic bottles.
- This compact crossbody bag fits with any outfit and will hold all your essentials - phone, wallet, sunglasses
- It is the perfect travel option
- Our GO collection opens up adventure and possibilities with theft protection
- The bag features a cut-resistant strap with TurnNLock option, zipper locks secured with Dock Lock technology, and RFID blocking pocket
- Made from recycled materials
- Waterproof, PFC-free
- External key attachment points
- Made from 6 recycled plastic bottles.
Specifications:
- 600D Recycled polyester, Water resistant 1,000mm. PFC free (main material) 150D Recycled polyester, Water resistant 1,000mm. PFC free(lining)
- Dimensions (H x W x D): 9.1 x 6.7 x 2.8 in / 23 x 17 x 7 cm
- Weight: 0.21 kg
- Capacity: 4.5 l
Follow the washing instructions on the label or tag attached to the product:
1. Store the product in a dry place, away from moisture and direct sunlight.
2. Avoid contact with fire and sources of intense heat.
3. Hand wash with a damp cloth, warm water and mild detergent.
4. Maximum water temperature: 40°C.
5. Do not use bleach or aggressive chemicals.
6. Do not tumble dry.
7. Do not iron.
8. Do not dry clean.
9. Dry flat in the shade to avoid deformation of the fabric.
