China Two Storey Container House Manufacturer & Factories

Stability is governed by a rigid structural framework of cold-formed Q235B/Q355B galvanized steel profiles, rather than relying on thin wall corrugation. Upper and lower modules are physically locked together at all eight corner castings using high-tensile Grade 10.9 structural bolts or heavy-duty ISO twist-lock connectors, complemented by welded lateral tie plates. This creates a moment-resisting space frame capable of withstanding wind gusts up to 210 km/h (equivalent to Beaufort Scale 12) and absorbing ground acceleration up to Seismic Zone 8 without catastrophic shear failure.

Due to their rigid steel monocoque nature, two-storey modular homes do not require full-slab excavations unless local soil conditions exhibit severe liquefaction. Most commercial installations use simple concrete strip footings, isolated concrete spot footings under the corner casting nodes, or helical ground screws. The essential criterion is that the 4 corner points (and central intermediate supports for 40ft units) must maintain an unyielding, level bearing capacity capable of handling approximately 25 to 35 kN per support point under combined dead and live occupancy loads.

Our engineering design standardizes wet-zone stacking, aligning second-floor bathrooms and pantries directly above ground-floor utility bays. Main PVC/PPR soil stacks and pressure feeds are routed through recessed interior chases or concealed within the hollow structural corner columns. Second-floor units feature pre-sloped, anti-leak stainless steel or molded fiberglass drain pans with integrated floor drains and accessible cleanout access ports, completely eliminating the risk of water leakage into the ground-floor ceiling space.

To eliminate impact footstep noise and airborne sound transmission between levels, our two-storey floor assembly employs a multi-barrier acoustic sandwich: 18mm high-density fiber cement or MGO flooring board, overlaid with a 2mm EVA acoustic sound-deadening underlayment and commercial vinyl/SPC planking. The interstitial floor cavity is filled with 100mm of 60kg/m³ dense hydrophobic rockwool insulation, decoupling the upper floor vibration from the ground-floor steel ceiling panels and achieving a Sound Transmission Class (STC) rating exceeding 48 dB.

Yes. Flat-pack and detachable modular units are engineered for cyclical demountability. Structural framing joints, stairs, walkways, and outer cladding are mechanically bolted rather than permanently field-welded. At the conclusion of a 2- or 3-year construction or mining project, the MEP utility quick-disconnects are decoupled, the inter-tier corner bolts are unfastened, and modules can be packed flat once again for standard freight container transport to the next site, yielding up to 80% capital asset recovery.

Every container house manufactured in our 28,000 m² Suzhou facility is produced under ISO 9001:2015 quality assurance protocols. From raw steel beam ultrasonic weld verification to 48-hour continuous torrential rain testing against window seams, every module undergoes strict sign-offs. For electrical systems, wiring gauge, conduit fire-resistance, residual current circuit breakers (RCBO), and socket patterns are fully customized per market: UL/CSA components for North America, CE/VDE configurations for Europe, and SAA/Tick-mark approvals for Australia.