Qinglong Integrated Housing Container House

Qinglong Integrated Housing Container House is a modular and movable building product, widely used in temporary housing, construction site offices, cultural and tourism facilities, and other scenarios. The following is a popular science introduction from aspects such as product types, manufacturing processes, application scenarios, and selection points:

Product Types

Container houses can be divided into three major categories based on their structure and function:

1. Packing-box Container Houses: These use hot-dip galvanized cold-formed steel frames paired with fire-resistant polyurethane sandwich panels, providing thermal insulation and fire resistance. They can be used independently or stacked in multiple layers, suitable for construction site dormitories, office areas, and temporary meeting rooms.
2. Light Steel Frame Houses: These adopt cold-formed thin-walled light steel frames as the load-bearing structure, with walls filled with insulation materials. The appearance and layout can be flexibly customized. They are suitable for self-built houses, homestays, and scenic area support facilities, especially for long-term use in cultural tourism homestays or elderly care residences.
3. Functional Kiosks and Supporting Houses: Their size and internal layout can be adjusted according to needs, commonly seen in security kiosks, property kiosks, and environmental protection public toilets.

Manufacturing Process

The production of container houses adopts a standardized production line, with core processes including:

1. Steel Structure Frame Welding: Hot-dip galvanized cold-formed steel is used to ensure rust and corrosion resistance.
2. Wall and Roof Panel Prefabrication: Wall panels often use rock wool, glass wool, or polyurethane sandwich panels, providing both thermal insulation and fire resistance.
3. Internal System Embedding: Systems such as water and electricity pipelines, doors and windows, and electrical components are pre-installed in the factory to reduce on-site wet work.
4. Trial Assembly and Quality Inspection: Trial assembly is conducted before leaving the factory to ensure component matching and guarantee component precision and installation efficiency.

Application Scenarios

Due to their modular design and reusable disassembly and assembly features, container houses have cost advantages in the following scenarios:

1. Construction Site Temporary Buildings: Such as dormitories, offices, and meeting rooms, which can be quickly assembled and reused.
2. Emergency Housing: Such as post-disaster reconstruction and temporary medical facilities, meeting urgent needs.
3. Cultural and Tourism Support Facilities: Such as homestays, scenic area sales kiosks, and cafes, with customizable appearances and layouts.
4. Commercial Uses: Such as shops, supermarkets, and exhibition halls, supporting customization of irregular sizes or special functions.

Selection Points

When selecting a container house, the following factors should be considered:

1. Manufacturer Qualifications: Evaluate the maturity of steel structure processing technology, the fire rating of wall panels, and project experience.
2. Material Quality: The structural steel should be rust and corrosion-resistant, and the wall panels should have thermal insulation and fire resistance.
3. Customization Capability: Whether it supports customization of irregular sizes, special functions, or appearances.
4. Service Scope: Including delivery time, transportation and installation, and after-sales service.