Rock Wool Composite Panel Container House
The rock wool composite panel container house is a prefabricated building with a light steel structure as its framework and fire-resistant rock wool panels as its box materials, featuring modular design, rapid assembly, and flexible customization.
Structural and Material Characteristics
The main framework is welded from high-strength light steel, achieving industry-standard tensile strength to ensure overall stability. The box body is constructed from Class A fire-resistant rock wool composite panels, consisting of two layers of color-coated steel sheets sandwiching a rock wool core, offering fire resistance, thermal insulation, and sound insulation properties. The rock wool core has a thermal conductivity coefficient below 0.04W/(m·K), providing 40% better thermal insulation than traditional materials. The integrated design of the light steel framework and box body enables wind pressure resistance up to Level 12, capable of withstanding strong winds. The door and window systems are made of rust-resistant metal materials, providing superior sealing compared to traditional building materials and effectively resisting wind and rain erosion.
Economic and Technical Advantages
Compared to traditional temporary buildings, the rock wool composite panel container house employs automated welding and assembly techniques, reducing on-site construction errors. Its modules can be repeatedly disassembled and reassembled, lowering overall costs by 60% compared to brick-and-mortar structures. It does not require a professional construction team, significantly reducing maintenance costs, and has a short construction period, making it suitable for rapid expansion or relocation needs. For example, both a 36-meter container office (18 square meters) and a 49-meter container homestay (36 square meters) can be efficiently assembled through modular design.
Application Scenarios
It primarily serves as supporting facilities for scenic spots (such as visitor centers and retail stalls), homestays and rural tourism projects (integrating into the natural environment through personalized exterior design), and commercial spaces like restaurants (utilizing modular characteristics for rapid expansion or relocation). Additionally, its applicability covers various types of buildings, but design adjustments are required based on the environment: anti-corrosion coatings are needed in coastal areas with high corrosion, and insulation layer thickness should be adjusted in high-altitude regions.
Usage Precautions
Before installation, ensure that the ground flatness error does not exceed 5mm and that the foundation bearing capacity meets design requirements. During assembly, follow the sequence of 'framework-walls-roof-doors and windows' and focus on checking the sealing of welded joints and assembled interfaces. Avoid sharp objects hitting the box body surface during use and regularly inspect the drainage system for smoothness. These measures can extend the service life of the house and ensure safety.
