Container Integrated House Configuration
The configuration of container integrated houses typically covers four core modules: structure, materials, functional systems, and scenario adaptation, with specific configurations varying based on usage and manufacturer technology differences.
1. Structural Configuration
Container integrated houses primarily use steel structural frames to ensure overall stability. For example, Suzhou Zhongnan Steel Structure Co., Ltd. adopts a full steel structural frame, achieving high-strength connections through automated welding processes. The weld strength complies with the GB/T 19001-2016 standard, with a maximum frame deformation of only 2mm in 12-level strong wind environments, well below the national standard limit of 10mm. Some manufacturers, such as CIMC Modular Building Investment Co., Ltd., use a semi-welded, semi-bolted connection structure, which offers higher installation efficiency but carries a slightly higher risk of bolt loosening after long-term turnover. Additionally, modular拼接 design is crucial, allowing for the expansion of functional areas such as living rooms, bedrooms, and bathrooms through container combinations. For example, connecting two containers can create a flat layout of approximately 100㎡, including a living-dining room, double bedrooms, and a bathroom with a bathtub.
2. Material Configuration
Materials directly impact the durability and safety of the house. Mainstream products use thickened hot-dip galvanized square steel as the load-bearing frame, with wall panels made of 75mm thickened rock wool fireproof and thermal insulation color steel plates. The roof is equipped with a double-layer waterproof, sun-proof, and thermal insulation layer, and the floor uses cement fiber non-slip pressure plates. For example, the网红箱 (internet-famous container) product from Hebei Recyclable Turnover Integrated Houses achieves dual effects of fire resistance and thermal insulation with its rock wool wall panel material. The roof's fully welded top process reduces seams and lowers the risk of water leakage. In terms of door and window configurations, large panoramic floor-to-ceiling viewing glass and broken bridge aluminum sealed doors and windows have become high-end options, with some products also adding exterior decoration materials such as wood grain panels and imitation stone paint to enhance aesthetics.
3. Functional System Configuration
Functional system integration is a core advantage of container houses. They come pre-installed with strong and weak electricity, lighting sockets, air conditioning units, and ceiling interiors. Commercial models are also equipped with water supply and drainage systems, enabling "whole-vehicle hoisting and immediate use upon landing." For example, container houses used in cultural and tourism scenarios can integrate kitchen and bathroom pipelines, fresh air systems, and even intelligent control modules; emergency scenario products focus on rapid deployment, adopting lightweight designs and simplifying internal configurations. Additionally, rust prevention treatment is a key maintenance step, requiring all cutting and welding incisions to be polished and coated with epoxy primer and topcoat. Coastal areas require heavy-duty anti-corrosion recoating every 3-5 years.
4. Scenario Adaptation Configuration
For different scenarios, container houses need to adjust specifications and additional configurations. For example, engineering camps commonly use 3m×6m standard containers, creating double-story spaces through multiple container combinations; cultural and tourism homestays adopt staggered floor designs, leaving recreational courtyards on the ground floor and equipping them with sunshades, ambient light troughs, and other environmental beautification elements. For leased land scenarios, attention should be paid to the contracted usage nature, and rural homesteads require construction approval and structural drawings to avoid illegal construction risks.
