• by admin
• 2024-11-14

PU cold storage panels customized by Canadian customer

Canadian customers customized 50mm thick PU cold storage panels from Yirong sandwich panel manufacturer to build efficient cold storage. This PU cold storage panel has excellent thermal insulation performance and low thermal conductivity (about 0.020-0.025 W/m·K), which can effectively reduce heat transfer and maintain a stable temperature inside the cold storage. At the same time, the lightweight design of the PU cold storage panel makes installation more convenient, can be quickly built, and reduces construction costs. In addition, the panel has excellent moisture resistance, which can effectively prevent the formation of mold and frost, ensuring the safety and freshness of products in the cold storage. The smooth implementation of this project will help customers improve the efficiency of cold chain logistics and meet the market demand for refrigerated storage.

In Canada's cold climate, can 50mm thick PU cold storage panels meet the insulation needs?

This depends on multiple factors, including:

1. The specific temperature of the cold storage: If the cold storage is used to store items with lower temperatures (such as frozen foods), thicker insulation materials may be required to ensure a stable internal temperature.
2. Outside ambient temperature: In extremely cold regions, the winter temperature may drop to -30°C or lower, which requires better insulation performance.
3. Architectural design: The overall design of the cold storage, sealing and other insulation measures (such as door insulation) will also affect the insulation effect.
4. Insulation material performance: PU panel has low thermal conductivity and provides good insulation performance, but in extreme climates, the thickness may still need to be increased.

In summary, although 50mm PU cold storage panel provides good insulation performance in general, it is recommended to consult professionals in extremely cold regions, especially when used for frozen storage, to evaluate whether it is necessary to increase the thickness or take other insulation measures to ensure that specific insulation needs are met.