Dry Ice and Its Transportation: How to Store and Transport Dry Ice Properly Using a Foam Thermal Container
Dry ice is a special form of carbon dioxide (CO2), which is in a solid state at very low temperatures (around -78.5°C). It is actively used in various fields such as pharmaceuticals, gastronomy, show business, and also in logistics for the transportation of temperature-sensitive goods. However, the transportation of dry ice requires special conditions, as its temperature is very low and it can quickly transform from a solid to a gaseous state, so its transportation requires effective storage and transportation solutions.
One of the best options for transporting dry ice is the T-PACK 10 l foam plastic thermal container. In this article, we will look at why this container is the ideal solution for storing and transporting dry ice, as well as how to properly organize the transportation process.
Why use a foam plastic thermal container for dry ice?
A foam plastic thermal container is a special insulating container that has several advantages for storing and transporting dry ice:
- High thermal insulation. Foam is an excellent material for thermal insulation. Due to its properties, the thermal container made of foam plastic helps to maintain the temperature inside the container at an optimal level, which minimizes the rate of sublimation of dry ice.
- The T-PACK 10l thermal container has a wall thickness of 50mm, which meets the basic requirements for transporting dry ice. The T-PACK 10l thermal container also has a double lock for longer-term energy saving.
- Lightweight and durable. Foam plastic is a lightweight material that allows you to create containers with minimal weight while maintaining high strength. This is important when it is necessary to transport dry ice over long distances.
- Economy. Foam plastic thermal containers are the most affordable solution for transporting dry ice, which allows you to significantly reduce packaging and storage costs.
- Environmental friendliness. Foam plastic thermal containers can be used many times, which makes them a more environmentally friendly option for transportation.
How to properly transport dry ice using a thermal container with foam?
To ensure efficient transportation of dry ice and minimize its losses during transportation, it is necessary to follow a few simple rules:
- Wall thickness. A thermal container for transporting dry ice should have a wall thickness of 50-60mm.
- Proper packaging: A thermal container made of foam must be properly filled with dry ice. It is recommended to place dry ice in the container in layers to ensure maximum temperature uniformity. If the container is large, additional thermal insulation materials can be used for greater efficiency.
- Preparation for transportation: During transportation, it is important to minimize the effect of heat on the container. Therefore, direct sunlight and prolonged exposure to elevated temperatures should be avoided. In addition, it is necessary to take into account that dry ice can sublimate, so the container must be tightly closed.
- Choosing the right container size: If you need to transport a small amount of dry ice, the T-PACK 10l thermal container is an ideal choice. It holds enough ice for transportation and is compact for easy storage.
- Checking the temperature: It is important to constantly check the temperature inside the container during transportation. If the thermal container does not provide sufficient insulation, the temperature may rise and the dry ice will sublimate faster than necessary.
Why is a 10L foam thermal container the optimal choice?
A 10L thermal container has several key advantages for transporting dry ice:
- Ideal size for small transport volumes (up to 8 kilograms)