✔ Main Structure (Galvanized Steel Frame Structure)
✔ Exterior Wall Panels (2mm Aluminum Alloy Single Panels)
✔ Insulation Layer (Polyurethane Insulation for Enhanced Thermal Efficiency)
✔ Exterior Glazing (Triple-Pane Windows and Triple-Layer Laminated Skylights)
✔ Surface Finish (Fluorocarbon Metal Baking Paint)
✔ Balcony (Panoramic Balcony with Unobstructed Views)
✔ Entry Door (Standard Entry Door with Security Fittings)
✔ Enclosure (Multi-Layer Insulation and Waterproof Design)
Product Advantages
Designed for Modular Efficiency and Structural Reliability
Cammi House employs a modular construction framework utilizing Q235B steel reinforced frames paired with fluorocarbon-coated aluminum shells, achieving enhanced corrosion and UV resistance. Rock wool insulation integrated with airtight and heat-insulating layers ensures consistent thermal regulation, while the rounded roof design optimizes wind deflection up to level 11-12 standards. This structural synergy allows the product to function reliably across a wide temperature spectrum and variable site conditions, aligning with expectations from custom mobile homes engineered to optimize installation ease and facility durability.
Enhanced Performance Supporting Operational Ease and Longevity
The modular prefab home delivers excellent usability through minimal foundation prerequisites and compatibility with mobile base systems, reducing site prep time and cost. Its insulation and airtight construction optimize energy consumption, important for both regulatory compliance and operational economy. Regular maintenance intervals focus on replaceable sealing strips and electrical components, contributing to a service life of 20 to 50 years. This combination of performance metrics and user-focused design place this model among the foremost new mobile homes geared for sustainable and scalable hospitality environments.
The product is engineered to withstand diverse climatic challenges: in high-wind areas, the internal structure is reinforced for enhanced wind resistance; in cold regions, wall thickness and high-performance insulation are increased to improve thermal efficiency and load-bearing capacity; and in highly corrosive environments, corrosion-resistant materials or protective coatings are applied to ensure long-term durability.




