Biological Ice Packs: The Ideal Solution for Cold Chain Transportation
In the realm of cold chain transportation, especially for items that demand strict temperature control like pharmaceuticals, vaccines, and biological samples, biological ice packs stand out as an eco – friendly and highly efficient solution. These ice packs play a crucial role in safeguarding the integrity and quality of temperature – sensitive products during transit.
Exceptional Design and Functionality
The inner biological agents of these ice packs possess outstanding cold – retention capabilities. They are engineered to maintain a low – temperature environment for an extended period. Complemented by a high – strength outer shell, the ice packs are not only durable but also 100% leak – proof. This ensures that the cold chain transport is safe and reliable, eliminating any concerns about product damage due to leakage or breakage.
Step – by – Step Usage Guide
1. Thorough Pre – cooling Treatment
Before putting the biological ice pack into use, pre – cooling is essential. Place the ice pack in a flat position within a freezer set at – 20℃ or lower. It is crucial to freeze the ice pack for a minimum of 12 jam. This extended freezing time guarantees that the internal biological agents are fully frozen, maximizing their cold – retention performance during transportation.
2. Meticulous Preparation of the Transport Container
Select an appropriate insulated container. Options such as VIP insulated boxes, EPS insulated boxes, or EPP insulated boxes are ideal. Before use, make sure the interior and exterior of the container are spotlessly clean. A clean container reduces the risk of contamination to the items being transported. Selain itu, carefully check the seal of the insulated container. A proper seal is fundamental for maintaining a consistent low – temperature environment throughout the transportation process.
3. Swift and Proper Loading of the Ice Pack
Once the pre – cooling process is complete, promptly remove the biological ice pack from the freezer and transfer it quickly into the insulated container. When arranging the ice packs, consider the quantity of items to be refrigerated and the expected transport duration. For optimal cooling, it is advisable to distribute the ice packs evenly around the interior of the container. This even distribution ensures that all areas of the container are cooled effectively.
4. Safe Loading of Refrigerated Items
Gently place the items that require refrigeration, such as pharmaceuticals, vaccines, or biological samples, into the insulated container. To prevent frostbite, use separation layers or cushioning materials like foam or sponges. These materials create a buffer between the items and the ice packs, protecting the temperature – sensitive products from the direct cold of the ice packs.
5. Secure Sealing of the Insulated Container
Close the lid of the insulated container firmly, ensuring a tight seal. For long – distance or long – duration transports, additional sealing measures can be taken. Using tape or other reliable sealing materials can further enhance the seal, preventing any warm air from entering the container and maintaining the internal low – temperature environment.
6. Safe Transport and Storage
Transfer the insulated container with the biological ice packs and refrigerated items onto the transport vehicle as soon as possible. During transportation, take great care to avoid exposing the container to direct sunlight or high – temperature areas. Minimize the frequency of opening the container. Each time the container is opened, warm air can enter, disrupting the internal temperature stability. Once the destination is reached, immediately transfer the refrigerated items to a suitable storage environment, such as a refrigerator or freezer, to maintain their integrity.
