How Thick is a House-Type Container?

The thickness of house-type containers varies depending on their purpose, material, and environmental conditions, typically ranging from 50mm to 200mm, with some custom or special scenarios potentially exceeding this range.

1. Standard Construction Site Containers
These containers are primarily used for temporary offices and accommodations, with wall thicknesses usually ranging from 75-100mm. For example, containers produced by Nanjing Changyou Zhizao use 75mm composite rock wool wall panels, offering both thermal insulation and fire resistance; Anhui Honghao's steel structure containers have wall thicknesses of approximately 100mm, enhancing structural strength to adapt to complex construction site environments. This thickness design ensures basic functionality while considering transportation convenience and cost-effectiveness.

2. Special-Purpose Containers
For special needs, wall thicknesses range from 50-200mm. For instance, Shanghai Mifa's chemical storage containers use 2mm steel plates with fireproof layers, totaling about 150mm in thickness, to meet fire and corrosion resistance requirements for hazardous material storage; Hebei Kuncheng's wing-expansion containers in extreme environments (such as extremely cold or strong sandstorm areas) can have walls thickened up to 200mm, enhancing structural stability to withstand harsh weather. Such designs require adjustments to materials and thickness based on specific risk levels.

3. Shipping Containers
Shipping standard containers have side panels that are 1.6mm thick and roof panels that are 2.0mm thick, balancing strength and weight. However, in actual use, thickness can be customized according to needs, with common options including 2.0mm, 1.4mm, 1.2mm, 1.0mm, and even 0.8mm. For example, thinner panels may be chosen for transporting lightweight goods to reduce freight costs, while thicker panels are necessary for transporting heavy goods or scenarios requiring long-term stacking.

4. Other Influencing Factors
The design thickness of house-type containers is also influenced by their purpose, material, and environmental conditions. For example, in cold regions, it is recommended to use composite insulation layers (such as rock wool or polyurethane) over 100mm thick to reduce heat loss; in corrosive environments (such as coastal or chemical areas), wall thickness should be increased by 20%, and corrosion-resistant materials (such as stainless steel or galvanized steel plates) should be used. Additionally, customization needs may break conventional ranges, such as temporary medical facilities using lightweight but high-strength aluminum alloy panels, with thicknesses as low as about 50mm.