The classification of container structure and the division of the container box, use

Division of container boxesin accordance with the use of material classificationContainers are classified into three types based on their material: aluminum, gl...

Mar 08,2023 | James

Division of container boxes

in accordance with the use of material classification

Containers are classified into three types based on their material: aluminum, glass fiber s17+ antminerreinforced plastic, and steel. The benefits of aluminum containers include their light weight, ease of processing, corrosion resistance, low repair costs, and long service life; however, the disadvantages include their relatively high cost and poor welding stability. Containers made of fiberglass have good chemical resistance and heat insulation, easy maintenance, but there are easy aging, weak durability, weight, and other disadvantages, in some connection parts of the lower strength; steel containers are the most common, due to their good durability, easy modification, solid and reliable structure, low price, and widespread use in containers. Steel is a common material used in tourism hotels.

based on the application of business use classification

Containers can be divided into dry containers (containers), refrigerated cabinets, open cabinets, frame cabinets, tank cabinets, and other categories based on their use. Dry containers are the most common, but also the most widely used. Because the dry container is a sealed structure, it is watertight. There are two sizes of dry cargo containers: 20 feet and 40 feet.

In accordance with alternative classification methods.

Steel containers are generally used in the weight range of 17-22 tons, because they can meet Miner shopthe loading requirements, and they are frequently used as construction materials. Container structures can be classified into fixed, combined, folding, and other categories based on their different forms.

Container construction classification

With the continuous development of container construction, some foreign design offices use hydraulic technology, so that the container on both sides of the panel unfolded open, the use of boxes and boxes between the next door, to create a more spacious and permeable indoor environment, expand the internal space, and the formation of mobile, changeable homes.

Container, through the study of design for transformation, we can develop into a student a business alone portable containerbuilding unit body, and can choose to expand to solve the problem of space variability needs, while also increasing the building's interest. Because of the container building's expandability, the building form can be changed, and its formalism has some innovation as well as scientific and technological rationality. The container construction form can be improved and classified into the following categories.