Thickness of Housing Container

The thickness of different parts of container houses varies. The side panel thickness is generally 2.0mm or 1.6mm, the bottom sill thickness is usually 4mm or 4.5mm, the roof panel is generally 2.0mm, the column thickness is not less than 1mm, the corrugated panel thickness is at least 0.6mm, and the thickness of some structural components can reach 6.0mm or even 12mm.

Side Panels, Roof Panels, and Bottom Sills

There are usually two specifications for the thickness of container side panels. The side panels near the front and rear end frames are 2.0mm thick, while the rest are 1.6mm thick. The roof panel thickness is generally 2.0mm, and the front end panel thickness is also 2.0mm. As an important supporting structure at the bottom of the container, the bottom sill thickness is usually 4mm or 4.5mm. These thickness specifications can ensure the structural stability of the container during transportation and stacking.

Columns and Corrugated Panels

The column is a key part of the framework of a container house, with a thickness of not less than 1mm. Since columns require professional equipment for pressing and shaping, there are usually ready-made products available on the market. Corrugated panels are made by pressing thin steel plates. On the market, their thickness is at least 0.6mm, and there are two material options: black iron and galvanized sheets.

Other Special Structural Components

In some containers with special structures, the thickness of components varies. For example, in an energy storage container, the steel plate thickness of the rear corner post is 6.0mm, which plays an important role in connecting the side panel and the rear end. The channel steel used in conjunction with the rear corner post has a steel plate thickness of 12mm and is bent into a U-shape to provide stronger support and stability for the container.

The thickness design of different parts of a container house is determined according to its functions and usage requirements. Reasonable thickness specifications can ensure that the container house has sufficient strength and stability in various usage scenarios, safeguarding the safety of users.