Container House Lifting Parts

The core information about container house lifting parts includes product types, structural features, application scenarios, and purchasing considerations:

1. Product Types and Structural Features Container house lifting parts are centered around steel structural frames, adopting a modular design. The main structure is typically welded from profiled steel, offering high load-bearing capacity. For example, the thickness of the steel used for the main beams and columns in national standard container frames directly affects safety. The welding process must be full and free of cold welds, and the container body should be galvanized or coated with anti-corrosion treatment as a whole to extend its service life. Some products use lightweight steel structures, such as the 3*6 container house from Xinxing at a construction site in Inner Mongolia. Its main steel frame is made of national standard Q235 galvanized square tubes with a wall thickness of no less than 1.5 millimeters, ensuring thorough anti-corrosion and rust prevention treatment, and a service life of over 15 years. The wall and roof panels are mostly double-layer colored corrugated steel sheets filled with rock wool or polyurethane insulation materials, providing both thermal insulation and fire resistance.

2. Application Scenarios and Functional Expansion Container house lifting parts are widely used in construction sites, temporary offices, commercial districts, scenic area homestays, and other fields. Their modular nature supports independent use of a single container or combined expansion of multiple containers, such as forming multi-story residential communities or office areas through horizontal or vertical splicing to meet different scale requirements. For example, the residential container houses at a construction site in Beijing can be stacked up to three layers, connected by bolts between the container bodies, making installation convenient and suitable for emergency projects or temporary projects. Some products also integrate functional modules such as toilets and shower rooms to enhance convenience.

3. Purchasing Considerations and Core Factors

• Load-Bearing and Structural Safety: Prioritize products with steel thickness that meets standards, fine welding processes, and complete anti-corrosion treatment to ensure stability during lifting, stacking, and transportation.
• Modular Design Capability: If double-layer or side-by-side combinations are required, confirm whether the manufacturer has multi-layer frame connection technology and waterproof node treatment capabilities to avoid water leakage or structural loosening after combination.
• Materials and Workmanship: Pay attention to the thermal insulation performance of the wall panel filling materials (such as rock wool, polyurethane) and the corrosion resistance of the outer steel plates. For example, the Xinxing color steel products in Inner Mongolia adopt a double-layer color steel plate with rock wool design, with a thermal conductivity as low as 20W/(m·K), providing significant thermal insulation effects.
• Services and After-Sales: Choose suppliers that offer services such as planning and approval, spatial layout design, disassembly and modification, and transportation, such as Beijing Hua'an Shunda Freight, which can reduce the project's full-cycle management costs.

4. Typical Cases and Price References The prices of container house lifting parts on the market vary greatly depending on materials, specifications, and functions. For example, the 8-square-meter customized lifting villa from Guangdong Guose Modular Construction Co., Ltd. is priced at 3.52 yuan per square meter (with a discount of 100 yuan for orders over 300 square meters, including shipping), while the modular Apple Cabin mobile homestay from Suzhou Hengxiangda Integrated Housing Co., Ltd. is priced at 33.25 yuan per square meter. In terms of rental prices, the residential container houses from Beijing Falilai are rented at 6 yuan per day, suitable for short-term use needs.