Explore our top-tier prefabricated light steel structures, designed by engineering specialists to meet strict global structural integrity and thermal efficiency guidelines.
Foshan Umo House Co., Ltd. is a pioneering, professional manufacturer specializing in steel structure houses, prefabricated steel buildings, modular housing systems, and tailored architectural solutions in China. With decade-long specialized manufacturing expertise and a highly integrated R&D design center, we support residential, commercial, industrial, and institutional projects globally.
Our structures are engineered with structural grade carbon steel frames (specifically utilizing premium hot-dip galvanized components) to guarantee maximum load-bearing capacities, resistance against localized seismic activity, and absolute defense against structural degradation in high-salinity coastal zones.
Our adherence to rigid engineering protocols establishes clear structural benchmarks across our entire prefabricated steel house catalog.
How we solve high labor costs, lengthy construction timelines, and unpredictable material supply chains.
By shifting up to 90% of construction tasks off-site into our factory, developers significantly mitigate high on-site assembly wages and prevent weather-induced delays, decreasing overall project capital expenditure.
Our structured cold-formed steel framing panels utilize pre-drilled service pathways. Real estate projects transition from the excavation stage to structural completion up to 60% faster than traditional concrete blocks.
Every structural C-section and sub-frame structure undergoes computer-aided monitoring (CAD/CAM). There is zero margin for human error on site, guaranteeing perfect level surfaces and square connections.
Foshan, located in the heart of China’s industrial manufacturing sector, is globally recognized as the premier hub for construction materials, metallurgy, and machinery. Leveraging this geographic concentration allows Foshan Umo House to offer unparalleled manufacturing value:
By removing third-party brokers, we pass these raw logistical and fabrication savings directly to our international clients, ensuring a highly cost-efficient product line.
We design and manufacture structural systems targeting optimal load metrics, structural endurance, and eco-friendly standards.
| Structural Sub-System | Material Component Specification | Compliance & Regulatory Standard |
|---|---|---|
| Primary Structural Steel Frame | Hot-Dip Galvanized / Aluzinc Q235, Q345 / S350GD, S550GD Steel (ASTM A653) | AS/NZS 4600, GB50018-2002, ASTM Design Guide |
| Exterior Insulation Cladding | Glass Wool / Rockwool Sandwich Panels / EPS boards / Fiber Cement siding | EN 13501-1 (Fire Class A1/B), CE Certified |
| Roofing & Sub-Layer | Color-coated corrugated sheet / Asphalt shingle over SBS waterproofing membrane | ISO 9001:2015 Structural Grade Roofing |
| Flooring Sub-floor Deck | Fiber Cement Board / OSB Sub-flooring over light steel floor joists | Eco-Friendly Low Formaldehyde E1 Grade |
| Thermal and Acoustical Fill | High-density basalt rockwool / polyurethane spray foam insulation | R-Value ranging from R-19 to R-38 (depending on target zone) |
Importing pre-engineered structures can be complex. Umo House simplifies this by designing components to match your local building codes.
Whether you require designs matching the International Building Code (IBC), Eurocode 3, or Australia/New Zealand standards (AS/NZS 4600), our technical drawing packages are pre-engineered to simplify municipal approval processes.
We configure wall profiles to match the environmental conditions of the delivery site. This includes adjusting insulation for extreme temperatures in Canada or reinforcing wind bracing for hurricane zones in the Caribbean.
Our prefabricated structural components feature factory-integrated conduits for electrical and plumbing systems (MEP), reducing the requirement for specialized mechanical contractors during on-site installation.
From mountain eco-resorts to high-density employee housing, see how Umo House steel designs suit diverse projects worldwide.
Ideal for remote campsites and high-end modern resorts. Light gauge steel offers minimal site disruption, allowing structures to be built with low ecological impact on site.
Excellent for affordable housing initiatives and multi-unit projects. Highly standardized structural elements support uniform layouts and reduce construction times.
Provides durable modular structures for mine workers' accommodations, remote offices, and utility units. Designed to withstand transport loads and withstand repeated re-assembly.
The global construction sector is shifting away from carbon-intensive, wet concrete techniques. Light steel framing represents the future of sustainable, circular building designs:
1. Decarbonization and Recyclability: Structural steel is 100% recyclable, helping commercial developers achieve LEED or BREEAM certifications.
2. Integration with BIM: By using Building Information Modeling (BIM), we map all structural components digitally before production, preventing interference between framing and MEP paths.
3. Advanced Insulation Systems: Modern sandwich panels provide excellent thermal break performance, significantly reducing heating and cooling costs over the building’s lifecycle.
Our design process blends architectural modernism with structural safety, delivering beautiful, resilient modular homes.
We address common procurement, engineering, and logistic questions for structural steel homes.
Our light gauge steel frames are treated with hot-dip galvanization (minimum coating mass of Z275/AZ150), protecting the structure from corrosion. Designed and detailed according to standard engineering guidelines, our steel houses have a structural design life exceeding 50 years under standard environmental conditions.
Light gauge steel frame structures offer high strength-to-weight ratios. We engineer each frame to withstand localized wind loads up to 150 MPH by customizing the steel gauge thickness, incorporating hurricane tie-downs, and strengthening structural shear walls to meet regional engineering codes.
We prevent thermal bridging by applying a continuous exterior insulation layer (using XPS, EPS, or high-density Rockwool) over the structural steel framing. This creates a thermal break, preventing heat loss and controlling moisture within the wall cavity.
Yes, we provide full CAD and BIM services. Our engineering department can work from your architectural plans to calculate load-bearing requirements, optimize framing spans, and generate precise fabrication drawings.
Compare design variations, floor plans, and layouts. Built to reduce installation times and lower overall project costs.
Umo House
