Parameters of Mobile House Containers

The parameters of mobile house containers cover four main categories: basic dimensions, structural materials, performance compliance, and functional expansion, as detailed below:

I. Basic Dimension Specifications
Mobile house containers primarily feature standardized dimensions, with common types including:

1. 20-foot Standard Container (20GP): External dimensions are 6.058m (length) × 2.438m (width) × 2.591m (height), with internal dimensions of 5.898m × 2.352m × 2.393m and a volume of approximately 33 cubic meters, suitable for single-person or small-scale living scenarios.
2. 40-foot Standard Container (40GP): External dimensions are 12.192m × 2.438m × 2.591m, with internal dimensions of 12.032m × 2.352m × 2.393m and a volume of approximately 67 cubic meters, meeting the needs of multi-person office or living spaces.
3. 40-foot High Cube Container (40HC/HQ): Height increased to 2.896m (external dimensions), with an internal height of 2.698m and a volume of approximately 76 cubic meters, suitable for scenarios requiring greater vertical space, such as warehousing or equipment installation.
4. Customized Dimensions: Some manufacturers offer non-standard designs, such as the weathering steel container from Hangzhou Yuanzhu Technology, with dimensions of 6000×3000×2896mm, adjustable in length, width, and height according to project requirements.

II. Structural and Material Parameters

1. Frame Profiles: Utilizes galvanized steel frames, with top beam thickness of 180mm, bottom beam thickness of 160mm, and column wall thickness ranging from 2.0-3.0mm, ensuring structural strength and corrosion resistance.
2. Wall Panel Thickness: Different specifications are selected based on the usage environment. Ordinary dormitories use 50mm rock wool/color-steel sandwich panels; for higher insulation needs, 75mm insulation panels are used; in extremely cold regions, 100mm thickened fire-resistant insulation panels are required to maintain stable indoor temperatures.
3. Stacking Performance: Standard container corner fittings are compatible with international lifting points, allowing for conventional stacking of up to 3 layers, provided the load-bearing capacity of the bottom structure and ground flatness are ensured.

III. Performance and Compliance Parameters

1. Wind Resistance: Must pass third-party 8-level wind simulation tests to ensure no deformation, air leakage, or water leakage under strong wind conditions, guaranteeing safety in use.
2. Certification Standards: Complies with the requirements of the "Green Building Creation Action Plan" and the GB/T29734-2013 standard, covering indicators such as material environmental friendliness, structural safety, and energy efficiency.
3. Transportation Parameters: Container body accessories are packaged in a flattened, disassembled manner, with one 40-foot sea container capable of loading 6-13 sets of container bodies, reducing transportation costs and improving loading efficiency.

IV. Functional Expansion Parameters

1. Expansion Methods: Supports horizontal splicing, vertical stacking, and cantilever design, allowing for flexible expansion of usable area through hydraulic telescopic structures to adapt to different site conditions.
2. Customized Design: The internal layout can be adjusted according to needs, such as adding island kitchens, open-plan study areas, or loft beds; exterior colors, window and door positions, etc., can also be customized to meet diverse application scenarios.