Reusable Insulation Thermal Bags - 25 Pack, Large (15 x 13)

The EPE composite aluminum foil insulation layer with a surface environmental protection feature is the primary material used in the manufacturing of this product. This multi-layered design undergoes a hot press process, resulting in a waterproof, leakproof, and well-insulated product that retains both refrigerated and fresh conditions.

The insulation bag's tear resistance is a crucial attribute, achieved through a one-time molding process and the incorporation of a double-sided adhesive tape. This design ensures easy usage and a strong adhesive bond, minimizing the risk of leakage.

Introducing the "Thermal Insulation Bag" – a 25-pack of 15 in x 13 in insulated shipping box liners suitable for food contact. Customers can order the insulation box liner according to the size of their existing insulated box and the type of refrigerant used, making cold and hot transport both easy and cost-effective.

The key advantage of this insulated shipping box liner is its ability to fold flat, allowing for efficient storage and transportation. Compared to polystyrene coolers, the insulated shipping box liner takes up significantly less space, a valuable asset for businesses and individuals alike.

The manufacturing of the insulating box lining aims to provide low-cost thermal performance for various packaging applications. The foldable, easy-to-store, and easy-to-carry design of the insulated transport bag can save on air transportation and storage costs, making it a practical and economical choice.

These reusable insulated transport bags are suitable for a wide range of products, including seafood, fruit, beverages, other food or medicine, and even flowers and some groceries. The beautiful and hygienic materials used in their construction ensure a safe and clean transportation experience.

The insulated transport bags are made of aluminum film and foam paper, providing a thin and leakproof structure that can effectively prevent various forms of heat transfer, achieving excellent insulation while saving space and money. These bags are lightweight, long-lasting, and reusable, making them an environmentally-friendly option.

The structure of the heat shield can resist three basic heat transfer modes: conduction, radiation, and convection. The combination of three specific co-extruded layers can meet the most severe challenges, ensuring the best quality service for the end-user.

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