Tianjin Container House Specifications

Tianjin container houses come in a variety of specifications, with common ones as follows:

Box-type Room Specifications

• Modular Standards: Both length and width are measured in multiples of K (1K = 1.82m), while height is measured in multiples of P (1P = 0.895m). The number of floors is generally 1 to 2.
• Width Specifications: Widths include 2K (3.79m), 3K (5.61m), 4K (7.43m), and 5K (9.25m), with lengths extendable and combinable based on K multiples.
• Height Specifications:
  • Sloped Roof Standard Specifications: Single-story is 3P (2.69m), double-story is 6P (5.37m).
  • Flat Roof Standard Specifications: Single-story is 3P + 290 (2.98m), double-story is 6.5P + 290 (6.12m).
• Custom Specifications: In addition to the above standard specifications, other sizes can be customized according to user needs.

Packing-box Unit Specifications

• Standard Box Specifications: Fully customizable from exterior to interior design, with window and door placements freely designed based on room functionality. Frame and exterior wall colors can also be customized according to customer requirements.
• Bathroom Function Box Specifications: Can be expanded horizontally or vertically in multiple layers to meet different usage needs.

Other Types of Container House Specifications

• Customized Packing Boxes: Designed according to user needs, these houses can be lifted and moved as a whole, facilitating use and placement at different locations.
• Residential Containers: Generally crafted from steel plates and sandwich panels through standardized processes, the interior space can be arranged according to actual needs. Typically, they can accommodate 5 to 6 bunk beds, housing 10 to 12 people, meeting the dormitory needs of workers on construction sites and factories.

International Standard Container Specifications (Reference)

According to international standards, a 20-foot container has a load capacity of 25T, while a 40-foot container has a load capacity of 45T. In container house modifications, the containers can be adaptively combined based on actual needs to create buildings of different scales and functions.