The main structure utilizes hot-dip galvanized steel and carbon fiber materials, complemented by metal decorative wall panels.
It boasts wind resistance up to level 12 and earthquake resistance up to level 8, with a floor load capacity of 2.0 KN/m² and a roof load capacity of 1.0 KN/m², ensuring structural stability and adaptability to various regional environments.
✔ Main frame（Galvanized square， thickness 2mm）
✔ Shell Material（Color steel sheet）
✔ Shell surface treatment（metal fluorocarbon paint baking）
✔ Exterior wall（Custom exterior wall metal engraving panels）
✔ Glass curtain wall（Double-layer Lowe light blue glass）
✔ Entry door (custom door)
✔ Electrical equipment room (air conditioner / water heater)
✔ Insulation layer ( polyurethane foam)
• Keyless entry convenience
• Enhanced anti-tamper protection
• User-friendly code management
• Painted finish
• Extend service life
• Improve corrosion resistance
• High-end smart toilet
• Brand shower exercises
• Adopt a wet and dry separation Layout
• Comfortable big bed
• Integrated lighting system
• Equipped with high-end finishes
• Hollow tempered glass
• Broken bridge aluminum window
• Optimized for high-impact, long-term use
• Custom entrance door
• Broken bridge aluminum door
• Brings comfort and convenience
Product Advantages
Structural Efficiency and Modular Design Strengths
The Modern Apple Capsule House Hotel Container exemplifies prefabricated construction precision, utilizing modular capsule-style framing that simplifies logistics and installation. Its Q235B steel structure combined with corrosion-resistant materials ensures structural integrity under variable outdoor conditions. The scalable nature of the design allows multiple units to be combined or customized to fit spatial and functional requirements, reflecting adaptability inherent in prefabricated cabins. Such modular integration benefits procurement by reducing lead times and on-site complexity compared to traditional construction methods. This system supports efficient expansion with minimal disruption to operational environments, reinforcing its value to developers prioritizing durability and modularity.
Operational Performance and Maintenance Optimization
Performance-wise, this prefabricated building delivers consistent comfort and reliability through advanced insulation and weatherproof sealing, maintaining interior conditions suitable for user comfort across temperature extremes. User accessibility is enhanced by pre-configured gender-separated layouts and straightforward installation protocols that reduce operational downtime. Maintenance demands are predictably scheduled with component replacements at defined intervals, lowering the risk of unexpected failures and maintenance costs. This approach maximizes lifecycle efficiency and system uptime, providing stakeholders with measurable returns in operational economics and user satisfaction within their facilities, ensuring compliance with contemporary sanitation regulations.
