Xiushan Container Module House

Xiushan container module houses have characteristics such as easy assembly, diverse functions, economic efficiency, and environmental protection, making them suitable for temporary buildings and some permanent building scenarios. The following provides an introduction from aspects such as characteristics, classification, technical regulations, and purchasing suggestions:

I. Characteristics

The core advantages of Xiushan container module houses are fast assembly speed and convenient mobility. They adopt a foundation-free design, reducing construction periods and land occupation costs. Their structures have functions such as sound insulation, wind resistance, fire resistance, and earthquake resistance. The materials are highly corrosion-resistant, resulting in a long service life. The houses can achieve a personalized appearance through造型设计 (shape design), color treatment, and exterior wall painting to meet the aesthetic needs of different scenarios. In addition, the modular design supports flexible combination, allowing for rapid construction of temporary dormitories, offices, commercial exhibition stands, etc. They can also be transformed into permanent buildings such as homestays and villas, combining economic efficiency and environmental protection.

II. Classification

1. By structural source and construction method: They are divided into custom fixed-box modules (with a high degree of factory production and non-standard arrangement of corner fittings) and variable-box modules (with wall panels that can be flipped/extended, such as exhibition boxes).
2. By spatial combination form: They include single-box landing (for sentry boxes and temporary dormitories), horizontal box assembly (for conference rooms and homestay lobbies), vertical box stacking (for multi-story dormitories and hotels), and complex forms such as offset/cantilevered structures (for popular homestays and cafes).
3. By functional use: They cover accommodation types, office types, commercial service types, bathroom types, and special-purpose types (such as medical boxes and explosion-proof boxes).
4. By material and mobility: The materials are mainly steel, with aluminum alloy being lighter but more expensive. Mobility is divided into fixed types (for hoisting), towed mobile types, and folding transfer types.

III. Core Points of Technical Regulations

1. Scope of application: Applicable to low-rise and multi-story modular combined houses, with a number of floors ≤ 6, height ≤ 24 meters, and earthquake resistance ≤ 8 degrees.
2. Structural stress: The pure steel frame bears the stress, and the corner fittings are the only stacking force transmission points. Welding weathering steel (GB/T 4171) and Q235B/Q345B (GB/T 700, GB/T 1591) need to be used.
3. Fire prevention and corrosion resistance: The use of flammable core materials such as EPS in the enclosure filling is prohibited. For crowded places, Class A rock wool/glass wool should be used, with a fire resistance limit ≥ 0.5 hours. The steel structure needs to be equipped with fire-resistant coatings, floor fire separations, and escape routes.

IV. Purchasing Suggestions

1. Process performance: Give priority to products with a non-welding quick-assembly process, low disassembly and assembly losses, and strong structural stability after multiple relocations.
2. Compliance services: Check the production entity's qualifications, domestic and foreign certifications, and project delivery capabilities to ensure compliance with cross-border export qualifications and low-carbon attribute requirements.
3. Scenario adaptation: According to the needs of scenarios such as engineering camps, cultural and tourism accommodations, and emergency support, choose modular products with high customization flexibility and convenient functional transformation.