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This prefabricated structure is engineered for durability, functionality, and cost efficiency, combining advanced materials with innovative design. Its core framework utilizes a lightweight steel structure to form a robust skeletal system, ensuring exceptional load-bearing capacity while maintaining portability and ease of assembly. The high-stiffness construction is achieved through hot-dip galvanized high-strength cold-rolled steel plates, which provide superior resistance to corrosion, deformation, and environmental wear, guaranteeing long-term structural integrity even under demanding conditions.
Designed for exceptional value, this prefabricated building solution significantly reduces investment costs without compromising quality. Its short construction period minimizes labor and time expenses, while the modular design allows for quick, hassle-free installation. The sleek, modern appearance enhances visual appeal, making it suitable for both temporary and permanent applications across residential, commercial, or industrial settings. By optimizing material efficiency and construction processes, this product delivers an unbeatable balance of affordability, durability, and aesthetic versatility, redefining expectations for prefabricated structures.
This modular prefabricated house is engineered with precision to deliver a robust, lightweight, and cost-effective building solution. Its structural integrity is achieved through a combination of advanced materials and optimized design, ensuring durability, safety, and adaptability across diverse applications. Below is a detailed breakdown of its key structural elements:
1. Primary Framework
Roof Truss: Constructed from hot-dip galvanized high-strength steel, the triangular roof truss system efficiently distributes vertical and horizontal loads (e.g., snow, wind) across the structure while minimizing material usage.
Roof Purlin: Horizontal steel purlins are bolted perpendicular to the trusses, reinforcing the roof's stability and providing a secure base for attaching roof panels.
2. Vertical and Horizontal Support Systems
Corner Posts & Gable Posts: Made from cold-formed steel channels, these vertical columns are anchored at critical junctions (corners and gable ends) to resist lateral forces and maintain geometric alignment.
Ring Beam: A continuous steel beam encircles the structure at wall and roof junctions, enhancing rigidity, preventing deformation, and evenly transferring loads to the foundation.
3. Flooring System
Floor Beam: Galvanized steel I-beams or C-sections form the floor joists, offering high load-bearing capacity for heavy equipment or occupancy.
Floor Board: Composite panels or tongue-and-groove plywood sheets are secured to the beams, creating a flat, durable surface. Optional anti-slip coatings or moisture-resistant treatments enhance safety and longevity.
4. Enclosure Components
Wall Panels: Insulated sandwich panels (steel skins with polyurethane/PIR foam core) provide thermal efficiency, noise reduction, and fire resistance. Panels are pre-cut with openings for doors, windows, and utilities.
Roof Panels: Corrugated or trapezoidal steel sheets with weatherproof coatings (e.g., PVDF) are fastened to the purlins. Optional solar-reflective finishes reduce heat absorption.
Gable End Cladding: Matching steel
| NO | Sort | Name | Specification |
| 1 | Size | Specification | Length can be customized Width: 3T, 4T, 5T, 6T, 3.5T, 4.5T, 5.5T etc. |
| 2 | Standard Accessories | Wall | EPS/Glass Wool/Rock Wool/50/70/100mm thickness |
| 3 | Standard Accessories | Roof | EPS/Glass Wool/Rock Wool/50/70/100mm thickness |
| 4 | Standard Accessories | Door | Sandwich Panel Door/ Steel Door/Security Door |
| 5 | Standard Accessories | Window | PVC Sliding Window/Aluminum Allloy Glass Window |
| 6 | Standard Accessories | Pillar | Square Tube 8080/100100 |
| 7 | Standard Accessories | Roof Beam | Square Tube 40*80 |
| 8 | Standard Accessories | Roof Truss | Square Tube 40*80 |
| 9 | Standard Accessories | Purlin | Square Tube 40*80 |
| 10 | Optional Accessories | Ceiling | Calcium Silicate Board/PVC Ceiling |
| 11 | Optional Accessories | Floor | PVC Flooring Sheet/Flooring Tiles/Polywood |
| 12 | Optional Accessories | Electricity | Can Offer Plan and Construction |
Prefabricated houses are versatile and adaptable structures that can serve a wide range of purposes. They are ideal for use as office buildings, warehouses, construction site camps, worker dormitories, labor camps, classrooms, factory buildings, and even residential homes. These modular units are designed for quick assembly, cost-effectiveness, and flexibility, making them a practical solution for various temporary or permanent needs across industries. Whether for commercial, industrial, or residential use, prefabricated houses offer a convenient and efficient alternative to traditional construction.
Prefabricated houses are designed for efficient and cost-effective transportation, as they are packed in an unassembled form. This method significantly reduces transport costs by optimizing space utilization. For instance, a prefab house with an area of 300-350 square meters can be compactly packed into a single 40HQ (40-foot High Cube) container. This bulk packing approach ensures that all components, including walls, roofs, and other structural elements, are securely arranged to maximize container capacity while minimizing shipping expenses. This makes prefab houses an economical and practical solution for international or long-distance transportation, catering to diverse construction needs worldwide.
Q: What is the typical load-bearing capacity of a prefabricated K-type house?
A: The load-bearing capacity is typically up to 150 kg/m² for the roof and 200 kg/m² for the floor, but it can be customized based on project requirements.
Q: What insulation options are available for prefabricated K-type houses?
A: Options include rock wool, glass wool, and EPS (expanded polystyrene) insulation, with varying thicknesses to meet thermal and acoustic performance needs.
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