Welcome to Yilong Integrated Housing Technology Co., Ltd.
+86-15130850111
yljcfw@gmail.com
An Integrated House refers to a prefabricated, factory-engineered building system designed to combine structural strength, rapid installation, functional flexibility and long-term durability into a single housing solution. The core concept is to merge architecture, modular engineering and environmental performance in a unified structure that reduces construction time, minimizes waste, and improves living efficiency. This type of housing is increasingly recognized in global markets for its cost control, predictable quality, and ability to adapt to both residential and commercial needs.
To provide technical clarity, the following table outlines the general parameters commonly associated with high-quality Integrated House systems in the market.
| Specification Category | Parameter Details |
|---|---|
| Structural Frame | Galvanized steel frame / cold-formed steel; anti-corrosion treatment; 50–75-year service life |
| Wall Panels | Sandwich panels (EPS, Rockwool, or PU); thickness options 50mm–150mm |
| Roof System | Modular insulated roofing with drainage protection and optional solar integration |
| Flooring | Cement fiberboard, magnesium oxide board, or composite flooring |
| Thermal Performance | U-value customizable based on climate zone; energy-saving performance up to 60%+ |
| Fire Resistance | Rockwool panels up to A-class rating |
| Wind Resistance | 8–11 grade, depending on configuration |
| Seismic Resistance | Up to Grade 8 earthquake rating |
| Electrical System | Pre-installed conduits; integrated power distribution module |
| Plumbing | Modular piping layout; PPR or PVC systems pre-routed |
| Customization Options | Exterior finish, interior layout, façade design, solar roof, expanded modules, HVAC compatibility |
| Assembly Time | 1–7 days for standard modules (depending on size and configuration) |
| Application Fields | Residential housing, camps, offices, disaster relief units, hotels, schools, hospitals |
Conventional construction often suffers from uncertainty—delays, weather limitations, inconsistent workmanship and uncontrolled budgets. Rising global labor costs and increasing environmental regulations push homeowners, developers, and international contractors to seek alternative methods that offer consistency and predictability.
Integrated House systems answer these demands by centralizing production in a controlled factory environment. The assembly-line model ensures durability, uniformity and lower failure rates compared to onsite-constructed structures. The material combinations—including insulated sandwich panels, precision-engineered steel frames and embedded wiring—streamline installation and reduce long-term maintenance costs.
Global housing markets increasingly require adaptable spaces that evolve with occupants’ changing needs. Integrated Houses allow modular expansion—extra rooms, second floors, extended office wings, or functional units—without requiring major demolition or reconstruction. This flexibility appeals to both families and large-scale project developers, enabling efficient land use and scalable planning.
Energy efficiency and reduced carbon footprints have become core considerations for new construction. Integrated Houses incorporate insulated wall panels, airtight structures, smart ventilation options and eco-friendly materials. Combined with their low-waste production process, they align with the global shift toward sustainable building.
An Integrated House relies on high-strength steel frameworks designed to withstand harsh climates, earthquakes and heavy wind loads. Surface coatings protect the metal from corrosion, while insulated panels maintain indoor temperature stability. These factors contribute to a longer building lifespan and lower maintenance costs.
Thermal Efficiency: Thick insulated panels help regulate indoor temperatures in both hot and cold climates.
Acoustic Performance: Wall and roof systems reduce noise transmission.
Natural Lighting: Strategic window placements enhance indoor brightness.
Ventilation Compatibility: HVAC integration allows efficient airflow control.
Aesthetic Choices: Exterior cladding, interior finishes and layout options suit diverse styling preferences.
Modules are designed to be transported in compact packages, significantly reducing shipping volume. Onsite assembly follows a plug-and-fix principle, enabling rapid setup without specialized equipment. This is particularly beneficial for remote locations, temporary facilities, government projects and emergency deployments.
Government incentives, environmental policies and rising urbanization all promote streamlined building systems. As construction costs continue to rise, Integrated Houses are projected to become mainstream due to their predictable quality, controlled production processes and resource efficiency.
Solar-Integrated Roof Systems: Energy independence becomes more accessible.
Smart Wiring and IoT Compatibility: Houses support automation upgrades.
3D Layout Simulation: Digital planning ensures accuracy before production.
Advanced Insulation Materials: Increased energy savings and comfort.
Recycled and Low-Carbon Materials: Improving sustainability credentials.
Commercial projects such as hotels, schools, retail spaces and workforce camps increasingly rely on modular construction to lower costs and shorten project cycles. Communities built from modular units can expand fluidly and adapt to population changes, creating a flexible urban model suited for long-term development.
Q1: What is the typical lifespan of an Integrated House, and how is durability ensured?
A1: The lifespan typically ranges from 50–75 years, depending on material selection and environmental exposure. Durability is reinforced through galvanized steel structures, anti-corrosion coatings, insulated weather-resistant panels and precision manufacturing standards that reduce structural distortions. Regular inspections and basic maintenance further extend service life.
Q2: How customizable is an Integrated House for different applications such as homes, offices or commercial facilities?
A2: The system allows extensive customization in layout, panel materials, façade styles, insulation levels, roofing choices and interior design. Modules can be combined to form multi-room residences, multi-story buildings, staff accommodations or commercial extensions. Electrical and plumbing systems are pre-engineered for easy adaptation to specific functional needs.
Selecting the right supplier determines the overall performance and safety of an Integrated House. Precision engineering, stable material sourcing and strict production control ensure that each module meets global quality expectations. As global demand for modular housing increases, brands with long-term manufacturing experience and reliable export capabilities become essential partners in international projects.
Among the well-recognized names in modular construction, Yilong provides comprehensive Integrated House solutions tailored for residential, commercial and industrial applications. The company focuses on structural safety, energy efficiency and long-term durability, offering customizable options that fit diverse environmental and functional requirements.
For project planning, product details or customized layouts, interested customers are welcome to contact us to obtain professional guidance and tailored quotations.
