Container Houses

Container Houses Planned as Complete Modular Spaces, Not Empty Boxes.

The steel module, insulated envelope, room layout, doors, windows, services, finishes, stairs and corridors are coordinated around the intended use and transport route. Each proposal defines what is completed in the factory and what is finished locally.

Use-led module layouts Factory-installed fit-out options Transport-ready module planning

Completed two-storey modular container office and accommodation complex with landscaped courtyard

Modular Applications

Plan the Rooms, Occupancy and Services Before Choosing Module Quantity.

A useful modular building begins with people and daily activity. Room dimensions, circulation, bathrooms, kitchens, power, ventilation and storage determine how individual modules connect and how much work remains on site.

01Site Offices and Project Facilities

Fast-deployment offices, meeting rooms, gatehouses, canteens and support spaces.

02Workforce Accommodation

Bedrooms, bathrooms and shared facilities planned around occupancy and privacy needs.

03Education, Clinics and Community Space

Linked modules arranged as classrooms, treatment rooms or temporary public facilities.

Operating modular project office and training room with Chinese engineers at work

Container House Configurations

Choose the Modular Arrangement That Fits the Site and Occupancy.

These are starting arrangements. Module dimensions, stacking, circulation, fire separation, services and finishes are developed around local code, transport limits and operating needs.

Single modular site office with windows, entrance canopy and steps beside an active construction project

Best for fast site deployment

Single-Module Site Office

A compact office or support room delivered as one practical module with defined openings and services.

Completed modular accommodation room with two beds, wardrobes, desks and bathroom access

Best for workforce housing

Accommodation Module

Bedroom layouts with storage, cooling and optional bathroom facilities for project personnel.

Two-storey stacked modular office with exterior corridor and steel staircase

Best for land efficiency

Two-Storey Modular Office

Stacked modules coordinated with external corridors, stairs, connections and shared services.

Several linked modular units forming a broad staff cafeteria and common room

Best for larger shared spaces

Linked-Module Facility

Multiple modules combined to create wider offices, classrooms, clinics or communal rooms.

Chinese workers assembling steel module frames, wall panels and electrical services inside a modular building factory

Modular Supply Scope

Define the Frame, Fit-Out and Site Interfaces Before Production.

The module is developed as a coordinated assembly. Structural connections, wall build-up, services, lifting points, stairs and local foundation requirements are reviewed together so responsibilities remain visible.

Core Modular Package

Structural steel module frame and connection system Insulated floor, roof and external wall assemblies Doors, windows, internal lining and selected floor finish Defined electrical and plumbing routes or agreed basic fit-out Module marks, packing records and installation information

Fit-Out and Access Options

Bathrooms, kitchens, washrooms and utility rooms Air conditioning, lighting, sockets and distribution boards Beds, wardrobes, desks and selected loose furniture External stairs, corridors, canopies and access platforms Enhanced fire, acoustic, thermal and finish requirements

Container House Planning Inputs

Use, Occupancy and Transport Shape the Module Design.

The most economical module is not always the smallest. Transport route, usable room width, service zones, stacking and local lifting conditions need to be balanced before the layout is frozen.

Use and occupancy	Room purpose, people per room and operating hours
Module arrangement	Quantity, dimensions, linking and number of storeys
Room layout	Bedrooms, offices, bathrooms, kitchens and circulation
Site and climate	Temperature, wind, rain, snow, seismic and corrosion conditions
Building services	Power, lighting, water, drainage, ventilation and cooling
Transport	Road, container, flat-pack or assembled-module constraints
Design basis	Applicable code, fire strategy and local approval responsibility
Finishes	Wall lining, ceiling, flooring, doors, windows and furniture

Completed remote workforce camp with rows of modular container houses and a central pedestrian route

Modular Reference Configuration

A Remote Workforce Camp Planned Around Daily Life and Site Logistics.

This reference arrangement combines accommodation rows, shared support buildings, covered circulation and service access. Repeated modules simplify production while the overall plan still separates sleeping, dining, administration and utility functions.

UseWorkforce Accommodation

ArrangementRepeated and Linked Modules

CirculationCentral Pedestrian Spine

SupportOffice and Shared Facilities

Container House Delivery

From Room Schedule to Installation-Ready Modules.

Each stage confirms the module arrangement and completion boundary before frames, panels and services are released for production.

Define Use and Layout

Confirm occupancy, rooms, services, site conditions, transport and local responsibilities.

Coordinate the Modules

Develop frames, connections, openings, stairs, finishes and service routes.

Fabricate and Fit Out

Assemble frames, envelope and agreed interior systems with defined inspection points.

Pack and Support Assembly

Protect and identify modules or flat-pack components with installation information.

Coordinated InterfacesStructure, envelope and operating requirements reviewed together

Defined Inspection PointsMaterials, welding, dimensions and finish checked by agreed scope

Installation-Led PackingMarked members, packing lists and erection information

Container House FAQ

Questions That Define a Practical Modular Proposal.

Room use and local site responsibility should be clear before deciding module quantity, completion level and transport method.

What is the difference between flat-pack and assembled modules?+

Flat-pack systems reduce shipping volume but require more assembly on site. Assembled modules can leave the factory with more finishes and services completed, but transport dimensions, lifting and route access become more restrictive.

Can modules be linked or stacked to create larger buildings?+

Yes. Modules can be arranged side by side or stacked when the structural connections, bracing, fire separation, stairs, corridors and foundations are engineered for the complete building.

Can bathrooms and kitchens be installed in the factory?+

They can be included when fixture standards, water supply, drainage, power and destination regulations are defined. Final site connections, testing and local approvals normally remain destination works unless agreed otherwise.

What foundations are required?+

Foundations depend on soil, climate, module arrangement, loads and local code. Concrete pads, strip footings or slabs are common, but they should be designed locally from the approved module reactions and site investigation.

How are container houses shipped?+

The solution may use flat-packed frames and panels, partially assembled units or complete modules. The route, port, crane access, module dimensions and risk of finish damage determine the packing and transport plan.

What is normally required for installation?+

Local works commonly include foundations, unloading, cranes, module connection, weather sealing, utility connection and commissioning. Installation drawings and remote technical support can be included in the agreed scope.

Plan Your Container House