Air Leakage in Container Mobile Houses

The issue of air leakage in container mobile houses can be addressed through conventional methods such as sealing gaps, reinforcing structures, and replacing materials, or by adopting innovative sealing techniques.

For traditional container mobile houses, common pain points related to air leakage include gaps at seams, weak wind resistance of covering materials, and inadequate sealing at flexible sections. Conventional solutions include:

1. Sealing Gaps: Use high-strength sealing materials like silicone to seal gaps at wall seams, ensuring good airtightness. Silicone is weather-resistant and bonds firmly, effectively filling gaps and preventing air infiltration.
2. Reinforcing Structures: Enhance overall stability by reinforcing the structure of the panel house, preventing air leakage caused by deformation or cracks in the panels. For example, adding frame support points and optimizing connector design can reduce the impact of structural movement on airtightness.
3. Replacing Materials: Select covering materials that comply with standards during construction or maintenance and strictly adhere to process standards. For instance, use high wind-pressure-resistant panels and avoid using aged or inferior materials to reduce the risk of air leakage from the source.

For more efficient solutions, consider the innovative design of the Jiahe Sealing Process:

1. Upgrading Covering Materials: Use multi-layer composite polymer-coated fabrics, which offer significantly better weather resistance and waterproofing than traditional materials. Seams are made completely watertight through hot-melt welding, withstanding prolonged heavy rain and eliminating air leakage at the material level.
2. Dynamic Sealing Design: Develop a dedicated clamping system that uniformly clamps the edges of the tent fabric onto the frame using high-strength aluminum alloy profiles, preventing loosening due to wind vibration. The frame connections feature triple sealing to transform movable connection points into rigid nodes, forming an overall sealed skeleton.
3. Windproof Detail Handling: Equip the bottom of the house with tornado anchoring devices to enhance wind resistance and install lightning protection devices on the top to ensure safety and stability in severe weather. Measured data shows that mobile houses using this process maintain good airtightness even under 10-level gale conditions, with internal temperature fluctuations not exceeding 2°C, meeting居住 comfort requirements.

By implementing these methods, the issue of air leakage in container mobile houses can be systematically resolved, improving their applicability and durability.