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How does the Seafood Box perform differently in a refrigerated environment?

Publish Time: 2024-05-15
The performance of Seafood Box in refrigerated environment mainly depends on its insulation performance and design features. Here are some key points about Seafood Box performance in refrigerated environments:
Thermal insulation performance: Seafood Box is usually made of polystyrene (EPS) material, which has good thermal insulation properties. In a refrigerated environment, Seafood Box can effectively slow down the rise in internal temperature, thereby extending the shelf life of seafood. However, it should be noted that the thermal insulation effect of the foam box is not very good. It can only maintain the original temperature of the items and cannot actively cool down. Therefore, if the ambient temperature is too high, the insulation performance of the foam box will be greatly reduced, and the cooling effect will also decrease.
Sealing performance: The sealing performance of the Seafood Box is crucial to maintaining the low temperature environment inside. If the sealing is poor, it will lead to the leakage of cold air and the entry of outside air, which will reduce the cooling effect. Therefore, when designing and producing the Seafood Box, special attention needs to be paid to its sealing performance to ensure it can be closed tightly and prevent air circulation.
Load-bearing and shock resistance: During refrigerated transportation, the Seafood Box needs to withstand a certain amount of pressure and vibration. Therefore, the Seafood Box needs to have certain load-bearing and shock-resistant capabilities to ensure that it will not crack or deform during transportation, thereby maintaining its insulation performance.
Low temperature resistance: Although Seafood Box does not release toxic substances in low temperature environments, ordinary foam boxes can easily become brittle, deformed or cracked in low temperature environments, thus losing their heat preservation function. Therefore, when choosing a Seafood Box, you need to choose materials that can remain stable in low-temperature environments.
To sum up, the performance of Seafood Box in a refrigerated environment mainly depends on its thermal insulation performance, sealing performance, load-bearing and shock resistance, and low temperature resistance. In order to obtain better performance, you need to choose a high-quality Seafood Box and design and use it reasonably according to actual needs.
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