Portable Container House

Heavy-Duty Prefabricated Portable Container Houses for Industrial & Commercial Deployment

Portable Container Dormitory
Designed for repeated dismantling and rigorous multi-occupancy cycles, this system maintains structural, thermal, and acoustic integrity across diverse regional environments.
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Portable Container Office
Engineered for heavy-duty industrial sites, remote energy exploration camps, and fast-track construction projects, our Prefabricated Modular Container Offices integrate high-tensile structural...
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Demountable Portable Container House
The demountable portable container house uses a cold-formed, hot-dip galvanized steel primary frame bolted together on-site, paired with modular sandwich wall and roof panels. Engineered strictly...
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Modular Portable Container House
Engineered for rapid deployment in remote and extreme environments, our modular portable container house systems combine structural integrity with high logistics efficiency. Built on heavy-gauge...
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Prefabricated Portable Container House
Our Prefabricated Portable Container House is engineered for rapid deployment, structural integrity, and multi-cycle relocation. Built around a heavy-gauge, hot-dip galvanized steel frame, each...
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Portable Container Home
Engineered for rapid deployment and rigorous site conditions, our Portable Container Homes utilize a heavy-gauge galvanized steel frame and modular sandwich panel configuration. Built to ISO...
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Technical Specifications & Engineering Data

Technical Parameter	Standard Specification	Custom Engineering Options
Primary Framing	Q235B Galvanized Structural Steel (3.0mm-4.0mm thickness)	Q355 High-Strength Steel / Seismic-enhanced moment frames
Wall Insulation	50mm / 75mm / 100mm Rock Wool Sandwich Panel (Density: 120kg/m3)	Polyurethane (PU) / PIR Panels (FM approved options available)
Roof Construction	0.5mm Galvanized Steel Sheet + 100mm Glass Wool + Ceiling Board	Integrated Drainage System with 4 Internal PVC Downpipes
Floor System	18mm Cement Fiber Board + 2.0mm Commercial PVC Vinyl Flooring	Aluminum Checker Plate / Heavy-duty ceramic tile substrate
Wind Load Resistance	Up to 120 km/h (Grade 12 Typhoon / Regional meteorological data)	Engineered to AS/NZS 1170, Eurocode 1 (EN 1991), or ASCE 7 regional wind loads
Seismic Rating	Magnitude 8 (Moment-resisting frame joints)	Custom structural calculations for high-risk seismic zones (IBC / Eurocode 8)
Fire Rating	Grade A1 Non-Combustible (Rock Wool Insulation Cores)	UL / FM certified fire-rated assemblies
Electrical System	Industrial distribution box, CEE-standard sockets, LED lighting	IEC / UL 499 / AS/NZS 3000 compliant wiring harnesses and conduits

Product Selection Guide

Selecting the correct container house variant depends on your deployment velocity, site permanence, and freight logistics budget.

Flat-Pack Container House (Model FP-20)

Shipped as a knocked-down flat pack (4 units stacked to match a standard 20ft shipping container footprint). Optimized for multi-unit remote camp construction where ocean freight minimization is critical.

Expandable Container House (Model EX-40)

Hydraulic or manual folding sides deploy on-site to triple the interior floor space within 30 minutes. Ideal for rapid-response site offices, clinics, or mobile command centers.

Modifiable ISO Shipping Container (Model ISO-HC)

Converted from 20ft or 40ft CSC-certified high-cube shipping containers. Built for extreme industrial environments, high-security storage, or heavy-duty site infrastructure requiring frequent relocation by crane.

Application Suitability

Remote Construction & Mining Camps

Engineered for multi-story stacking (up to 3 levels) to accommodate heavy workforce housing units, mess halls, and administrative offices in harsh terrains.

Emergency Disaster Relief

Rapidly deployable modular shelters equipped with independent sanitation modules and quick-connect electrical plug-and-play interfaces.

Commercial Site Infrastructure

Prefabricated sales galleries, security guard stations, and modular field laboratories requiring professional interior finishes and HVAC integration.

Manufacturing Process & Quality Control

Raw Material Verification: All structural steel arrives with mill test certificates (MTC). Thickness and zinc-layer density (minimum 275g/m2) are tested via magnetic gauges prior to production.

Robotic Welding & Fabrication: Frame components are cut using CNC laser cutters and welded by certified technicians following AWS D1.1 / ISO 3834 standards to eliminate structural misalignment.

Anti-Corrosion Treatment: Steel frames undergo shot blasting (Sa 2.5 standard), followed by a dual-coat epoxy zinc-rich primer and polyurethane topcoat.

Factory Pre-Assembly & Water Testing: Every batch undergoes a rigorous pre-assembly test. Roof joints and window perimeters are subjected to high-pressure simulated rainfall testing to verify waterproof integrity before packaging.

Supplier Evaluation Criteria

Direct Mill Partnerships

Sourcing structural steel directly from tier-one steel mills controls material costs without compromising gauge specifications.

Export Logistics Expertise

Flat-pack engineering minimizes ocean freight volume, allowing 4 complete 20ft units to fit into a single 40HQ maritime container.

Compliance Documentation

Complete structural calculation reports, electrical schematics, and material fire-test certificates supplied for local engineering approval.

Frequently Asked Questions

Q: What is the typical service life of these container houses?

A: Under normal maintenance conditions, the hot-dip galvanized steel frame provides a structural service life of 20 to 25 years. Exterior panels and seals may require minor inspection or recoating every 8 to 10 years depending on the local environment (e.g., coastal salt spray vs. dry inland climates).

Q: Can these units be stacked to build multi-story worker camps?

A: Yes. The structural corner castings and column load paths allow configurations up to 3 stories high. Structural calculation reports confirming wind and dead-load distributions for multi-story setups are available upon request for engineering review.

Q: How are electrical and plumbing systems installed on-site?

A: Units are manufactured with pre-routed concealed conduits within the wall panels and ceiling frames. On-site installation requires only connecting external main feeds to the industrial waterproof junction boxes located at the exterior corners of the frame.

Q: What building codes and certifications do your manufacturing facilities meet?

A: Our production facilities operate under ISO 9001 quality management systems. Steel structures comply with GB50017, OSHA standards, and relevant Eurocode (EN 1990-1999), AISC, or AS/NZS structural codes. Electrical components carry CE, UL, or SAA certifications based on the destination market requirements.

Request a Technical Proposal & Freight Estimate

To receive an accurate engineering quotation, please provide your target destination port, regional building code requirements (e.g., ASCE 7, Eurocode, AS/NZS), and desired floor plan layout. Our engineering team responds within 24 hours with complete CAD drawings, engineering load calculations, and maritime logistics estimates.

We're professional portable container house manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to buy high-grade portable container house from our factory.