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BIC Colour Curves Lunch Cooler
Model No.:CTO37266
Description: Carrying handles & front pocket. Heat sealed liner.... -
Cooler Bag
Model No.:CTO37260
Description: Non woven compact 6 can cooler bag. White, apple green or black.... -
BIC Big Chill Cooler
Model No.:CTO37256
Description: Keep cans or lunch cool with this cooler bag which features a front slip pocket and 6 can capacity waterproof interior. Available in red, light blue, orange,or yellow.... -
Radio with Cooler Bag
Model No.:CTO30314
Description: 1. Material: 600D+420D 2. Lining: PVC 3. Interlining: Sponge (can keep warm or cool for 2-3 hours) 4. Capacity: 8can (355ml x 8) 5. AM/FM radio, two speakers 6. With earphone port 7. Power: DC4.5V(3 *... -
Clear Backpack
Model No.:CTO30471
Description: 1) Main material:2) Size: x x cm;3) Any color and any design available according to customers requests;4) Inner packing:each in poly bag,flat packing5)Size, material and color can be change. More mate... -
6l Thermoelectric Cooler & Warmer With LED
Model No.:CTO30046
Description: Thermoelectric mini cooler & warmer with LED light Capacity: 6L Voltage: DC 12V; AC 110-120V or 220-240V Power consumption: AC--36_44W cool; 36_44W warm DC--30_33W cool; 30_33W warm Cooling capabi... -
Mini Fridge & Cooler
Model No.:CTO30045
Description: Built in with a dual power supply (AC/DC), can be operated by 100-110V or 220-240V mains and 12V car battery; Cooling Capacity: 20c below the ambient temperature; Energy-saving and environmentally fri... -
Solar backpack
Model No.:CTO30215
Description: A Solar bag is a great new technology for those who love solar power products. Our Solar Backpacks give you the opportunity to always have power for all of your favorite devices, anywhere, anytime! Fr... -
Cooler bag
Model No.:CTO29518
Description: Cooler bag... -
Cooler and warmer
Model No.:CTO29040
Description: Net Volume ): 7 Litre (space for standing 12 cans 355 ml )Rated Voltage ): DC12V~24V and AC100~240VPower Input ): 36~68W Cooler to 15~25℃ below ambient temperatureWarmer to 65℃±10℃ by set point ther...