2 Temperature Pockets Manufacturers

Car Non Toxic Aluminum Foil Lunch Bag design by oxford cloth with nontoxic aluminum foil lining from inside. Thenon toxic aluminum foil lining lunch bag design has increase great capacity for user. The car pictures looks adorable from surface for every nice day.

You Fan is a leading China sandfish junior school backpack manufacturer. Using high-quality waterproof nylon fabric, wear-resistant and durable, fearless of wind and rain, to protect your learning materials. The fine sewing process ensures that every detail will stand the test of time. Ergonomic carrying system, scientifically distribute weight, reduce shoulder pressure, so that you can move forward lightly on the road of learning. Adjustable shoulder strap to suit different body shapes for a comfortable fit. Built-in multiple intelligent compartments, including laptop storage, stationery storage bag, water cup side bag, so that each item has its own location, say goodbye to clutter, improve learning efficiency.

Our factory produce many type of bags for over a decade especially for the Front Square Pocket Diaper Backpack. Front square pocket diaper backpack design with good quality materials of nylon that make the surface feel soft. From the interior of the diaper bag give you mesh pocket to organizers for your organization essentials needs by separately.

Casual Style Outdoor Backpack made by high density nylon lining materials that give shockproof with good elasticity. The casual style outdoor backpack have waterproof with a large capacity from the zipper pocket.

Cartoon Non Toxic Aluminum Foil Lunch Bag produce by high quality oxford cloth materials with aluminum foil lining from inside. Thenon toxic aluminum foil lining lunch bag give more increase of capacity design for user.

Space Non Toxic Aluminum Foil Lunch Bag made by non toxic aluminum foil lining from inside with oxford cloth materials. The aluminum foil lining lunch bag design has increase more capacity for user. The Space pictures looks adorable to everyone from surface.