Steel Packaging Bottom Blown Argon Permeable Brick Position Selection
Steel packaging is widely used to guarantee product quality, prevent damage and keep product freshness. Different products have different packaging needs and the use of steel packaging is the most common packaging method. One of the most important components of steel packaging is the bottom of the package, which is often reinforced with argon permeable bricks.
In order to ensure the seal of the steel packaging and extend its service life, the correct position of the argon permeable brick is very important. The exact location of these bricks must be selected to increase their effectiveness and provide the best protection to the steel packaging.
The argon permeable bricks are available in a variety of sizes and shapes and can be used in many different packaging options. The selection of the position of the argon permeable brick depends on the type of packaging, the size of the container, the internal pressure and the space requirements. In general, the traditional position for the argon permeable brick is at the bottom of the steel container. This helps to ensure that any gas pressure created in the container is dissipated to the surrounding atmosphere.
When selecting the exact location of the argon permeable brick, it is important to consider the overall design of the steel packaging. For example, when producing small containers, the use of an argon permeable brick near the top of the container can also be beneficial, as this allows for more efficient conveying of air and gas between the outside and the inside of the container.
When using large containers, it is often more practical to position the bricks near the middle or sides. This will allow the inside pressure to be spread evenly throughout the entire container, helping to maintain the shape and integrity of the steel container.
When determining the number and size of argon permeable bricks required, designers must consider the total volume of the steel container. A larger container requires more and larger bricks in order to provide the necessary protection. The size and quantity of the bricks must also be determined based on the application and the desired result.
In most cases, the ideal position for the argon permeable brick is at the bottom of the container near the lower edge. This will help ensure that any excess gas pressure is released as quickly as possible, protecting the steel container from deformation, cracks or other damage.
The position of the argon permeable bricks must also be selected according to the environmental conditions. For example, positioning the bricks near the top of the container will reduce the effects of temperatures swinging between hot and cold seasons. On the other hand, positioning the bricks near the bottom of the container can help to reduce the risk of damage caused by water infiltration or other liquids.
Finally, the position of the argon permeable bricks can be selected to accommodate the accessibility of each container. When designing a manual packaging system, it is important to select a location that allows workers to quickly locate the argon permeable bricks without having to open the container.
In conclusion, the positioning of argon permeable bricks within steel containers is an important part of the design process and must be selected carefully to ensure maximum protection and extended longevity of the steel containers. The location and size of the bricks should be based on the type, size and environmental demand of the container and the desired result.
