Exterior Facade Design of Construction Container Houses

The exterior facade of construction container houses requires comprehensive design that integrates scene requirements, material characteristics, and construction key points. The specific key points are as follows:

I. Scene-Oriented Design Principles

1. Office and Construction Site Temporary Building Scenarios: The exterior facade focuses on functionality, using low-saturation sandwich panels in shades of gray and light blue to avoid flashy color clashes. Windows are made of anti-theft aluminum alloy materials. Offices can have larger window areas to enhance natural lighting, while dormitory windows should be of an appropriate size to ensure safety.
2. Commercial Space Scenarios: It is recommended to use pastel-colored exterior walls paired with floor-to-ceiling glass doors to highlight the trendy and popular attributes. The locations of doors and windows should align with business needs. For example, shops should focus on designing storefront display windows or sales windows to ensure a combination of visual appeal and practicality.

II. Material Selection and Characteristics

1. Perforated Aluminum Panels: These are manufactured through a process of processing followed by painting. They can be processed into complex geometric shapes such as flat and curved surfaces, are easy to install and clean, have strong surface anti-fouling properties, and support recycling and reuse. They are suitable as decorative layers for container house exteriors.
2. Jinbang Board Fiber Cement Exterior Wall Decorative Cladding Panels: These are installed using a dragon bone dry-hanging construction method, fixed through tongue-and-groove joints and clips. They can form composite walls with insulation materials, gypsum boards, etc., combining decorative and maintenance functions. They also possess inter-layer displacement adjustment capabilities and seismic performance, making them suitable for scenarios with high structural stability requirements.

III. Core Construction Key Points

1. Adaptation to Practical Constraints: Design should consider the transportation size limitations of containers to avoid difficulties in assembly caused by large areas of floor-to-ceiling glass or complex shapes. Priority should be given to selecting modular and lightweight materials to improve construction efficiency.
2. Resolution of Functional Pain Points:
   • Fire Resistance: Select Class A non-combustible materials (such as fiber cement boards) or fire-retardant sandwich panels to ensure the exterior facade complies with fire safety regulations.
   • Drainage Design: The exterior facade should be equipped with gutters or inclined slopes to prevent rainwater accumulation and leakage, with particular attention to the sealing treatment of joints between window frames and walls.
3. Feasibility of Design Renderings: During the design phase, idealized solutions should be avoided. For example, oversized glass or irregular structures may not be achievable due to cost or process limitations. Priority should be given to selecting standardized components and conventional construction techniques.

IV. Maintenance and Sustainability Exterior facade materials should possess weather resistance. For example, the fluorocarbon coating on aluminum panels can resist ultraviolet aging, and fiber cement boards have excellent freeze-thaw resistance. Priority should also be given to selecting recyclable materials (such as aluminum panels) to reduce the full life cycle cost and align with green building concepts.