NXY Rugzak Studenten Schooltas Rugzak Outdoor Grote Capaciteit Reistas Rugzakken Dames Schoolrugzak met Meerdere Vakken

Full width printed student backpack+portable portable insulated lunch bag+pen case Full width printed student backpack+portable porta Material: Oxford cloth Product Description. School bag Material Description: Oxford cloth Product Performance] The shoulder straps of the backpack are adjustable, you can choose the length that suits you according to your height and make your back feel more comfortable. [Applicable Scenarios]Large capacity backpack can hold wallet, books, magazines, iPad, cell phone, side pockets can hold water bottles and umbrellas. Washing Instructions]Hand wash, do not bleach. [SIZE NOTE] This size data due to different measurement methods, the error of 1-2cm within the normal phenomenon. Dining bag Material Description ] Oxford cloth Product Performance ] Thermal insulation function, large capacity, with handles, dirt-resistant, splash-proof. Fashionable pattern. Easy to carry, work, school can be used. Stable for lunch, fruit and drinks. Applicable Scenario ]It can keep your food warm and cold, make your food , convenient as your lunch bag, picnic bag. Washing Instructions ]Hand wash, do not bleach, the temperature of the washing liquid should not exceed 40ºC. SIZE INSTRUCTIONS ]This size data due to different measurement methods, the error within 1-2cm is normal phenomenon. Pen bag Material Description]Oxford cloth Product Performance]: Made of high quality delicate Oxford cloth, sturdy and wear-resistant, large capacity easy to organize, can keep your items clean and dry. The zipper moves smoothly and can store your writing instruments, art supplies, daily small objects, etc. Applicable Scenarios]Small size, can store office supplies and school supplies, the pen pouch can also be used as a makeup organizer. Accessories]One zippered main pocket Washing instructions] Hand wash, do not bleach, avoid sun exposure after cleaning. [Size Note] This size data due to different measurement methods, the error of 1-2cm within the normal phenomenon.