How to Construct Container Houses

The construction of container houses requires following core steps such as foundation preparation, installation process, moisture-proof insulation, and ventilation design. The specific process is as follows:

I. Foundation Preparation

The flatness and stability of the foundation are the basis for the construction of container houses. Before construction, the site must be thoroughly cleared of debris such as stones and tree roots, and level measurements should be taken to ensure consistent installation height. The type of foundation should be selected based on the specifications of the container: for light-weight houses, concrete pads or prefabricated concrete foundations can be used; for heavy-duty structures or areas with soft soil, embedded steel structures or concrete pile foundations are required. For example, specialized machinery can be used to screw steel piles 2 meters deep into the soil, with each pile capable of bearing approximately 5 tons of weight without the need for pre-drilling, ensuring both stability and simplified construction processes.

II. Installation Process

1. Vertical Installation and Horizontal Alignment
   Containers must be installed vertically to ensure reasonable layout of supporting facilities (such as pipes and wires). During installation, modules should be assembled according to design drawings, and horizontal alignment should be maintained using laser levels or string lines to avoid uneven structural stress caused by tilting.

2. Secure Fixing and Connection
   Support points at the bottom of the containers should be evenly distributed, and the number of connectors should be calculated based on the container's capacity and weight. For example, four 12-meter-long containers can be placed side by side on 20 pile foundations, with the spacing between each pile foundation controlled within a reasonable range. Doors, windows, floors, and other components must be tightly connected, with welding joints painted with anti-rust paint and edge seams sealed with nitrile rubber-based aluminum foil tape to prevent rainwater leakage.

3. Professional Interface Handling
   Electrical and plumbing interfaces must be operated by professionals to ensure compliance with safety regulations. For example, wires should be protected by conduits, and water pipes should be insulated to prevent freezing and cracking at low temperatures.

III. Moisture-Proof Insulation and Ventilation Design

1. Moisture-Proof Insulation Measures
   In basements or high-humidity areas, high-density polyurethane foam should be sprayed or moisture-proof membranes laid to reduce condensation formation. Exterior walls can be fitted with rock wool boards or polystyrene boards to enhance insulation performance and reduce energy consumption.

2. Ventilation System Design
   Containers are highly airtight, so mechanical or natural ventilation systems must be designed. For example, exhaust fans or ventilation windows can be installed to ensure air circulation; ventilation openings can be set on the roof to utilize the thermal buoyancy effect and promote air circulation, avoiding stuffiness.

IV. Other Key Requirements

1. Compliance with Regulations and Quality Control
   Construction should strictly follow the manufacturer's guidelines and local building codes, with material quality (such as steel thickness and welding strength) inspected to avoid overloading. For example, the number of container stacks should be calculated based on structural strength, typically not exceeding 3 layers.

2. Environmental Protection and Safety Measures
   Noise and dust should be controlled during construction, and low-volatile organic compound (VOC) environmental paints should be selected. After installation, airtightness tests should be conducted to ensure no leakage risks.

3. Interior Decoration and Facility Configuration
   In the final stage, water and electricity lines, sanitary facilities, and furniture should be installed. Walls can be covered with wood panels or tiles to enhance living comfort; floors can be laid with non-slip tiles or composite flooring to suit different usage scenarios.