What container sizes does CIMIC supply?

Our reefer, dry and insulated lines are available in 10ft, 20ft, 20ft high cube, 40ft and 40ft high cube. Half-height, side open door, roll-up door, open-top, offshore and modular containers are built to project specifications.

Which refrigeration unit brands are available on your reefer containers?

We supply reefer containers fitted with Thermo King, Daikin and Carrier refrigeration units across our new and used ranges. Share your cargo set-point and on-site power supply so our engineers can recommend the right unit.

What certifications do your containers and factory hold?

CIMIC holds an ISO quality management certificate and a BV (Bureau Veritas) shipping certificate. Our offshore dry cargo containers are manufactured in compliance with DNV certification. ISO containers used in international transport should carry a valid CSC safety approval plate, and we confirm the documentation of each unit before shipment.

What is the difference between a reefer container and an insulated container?

A reefer container has an integrated refrigeration unit that actively cools or heats cargo to a set temperature and needs a power supply. An insulated container uses thickened foam walls to slow temperature change passively, with no power required, which suits shorter routes and temperature-sensitive cargo that does not need active freezing.

Are your used containers inspected before sale?

Our second-hand containers are units retired from shipping line fleets and are stored at various ports in China. We share photos and condition details of the specific unit you are buying so you can verify structure, doors, floor and, for reefers, the refrigeration unit before shipment.

Do you accept OEM, ODM and custom container orders?

Yes. We build tailor-made OEM and ODM containers and provide one-to-one engineering support. Stock and used units can usually be ordered in small quantities, while the minimum order quantity for custom builds depends on the specification.

Famous Prefab Container House Pricelist & Product

Phase I Portfolio

High-Spec Cargo Containers & Industrial Assemblies

Direct factory units engineered under rigorous ISO/BV maritime and offshore tolerances, ready for modular spatial structural deployment.

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Industrial Perspective

The Global Economics of Modern Prefab Container Housing

Transitioning from transitional makeshift solutions to permanent, multi-story structural assets governed by ISO 1496, CSC, and regional building safety covenants.

Structural Integrity & Corten Steel

Unlike standard timber or light-gauge cold-formed steel studs, genuine maritime shipping container architecture utilizes weathering SPA-H Corten steel. This metallurgy develops a self-passivating oxide layer that impedes deep rust penetration, providing an intrinsic service lifespan exceeding 50 years under standard maintenance protocols.

Capital Efficiency & Compressed Schedules

Modular volumetric units manufactured within industrial assembly facilities bypass typical weather disruptions. By parallel-processing foundation preparation on-site while fabricating modular volumetric boxes in-factory, general contractors achieve a 45% to 65% reduction in overall project delivery milestones compared to cast-in-place concrete.

Volumetric Scalability & Intermodal Freight

By retaining ISO corner castings and certified structural dimensions, prefab container houses can be handled using standard intermodal container gantry cranes, ocean vessel cellular slots, and rail flatcars. This delivers unmatched logistics cost efficiencies when delivering housing complexes to remote geographical zones.

-55% Site Assembly Timeframe

50+ Yrs Corten Steel Design Life

9 Stack Max Full-Load Stacking

Class A Non-Combustible Envelope

Procurement Benchmark

Comprehensive Prefab Container House Pricelist Matrix

Empirical cost-per-unit frameworks, baseline manufacturing allowances, and architectural finish grade benchmarks based on direct factory delivery.

When specifying institutional prefab conversions, developers must delineate between bare structural conversions (raw shell with reinforcements), turnkey residential grade units, and high-performance commercial deployments. Below is the procurement pricelist baseline based on global wholesale supply contracts:

Typology / Dimensional Grade	Structural Modality	Thermal Envelope (R-Value)	Estimated Base Shell Price (USD)	Turnkey Fitted Price Range (USD)	Primary Industrial Application
20ft Standard (20' x 8' x 8'6")	ISO High-Tensile Corten	R-13 to R-21 (PIR/Rockwool)	$2,800 – $4,200	$11,500 – $18,900	Off-grid micro-studios, remote telecomm hubs
20ft High Cube (20' x 8' x 9'6")	Corten with Header Reinforcement	R-21 to R-30 (Continuous PU)	$3,200 – $4,900	$14,200 – $23,500	Compact residential suites, site manager villas
40ft High Cube (40' x 8' x 9'6")	CSC Certified Heavy Monocoque	R-24 to R-38 (Multi-layer SIP)	$4,800 – $7,200	$24,000 – $39,800	Multi-bedroom residential, modular hospital wards
40ft High Cube Multi-Cut	Flitch-Beam Structural Retrofit	R-30+ Spray Elastomeric Foam	$6,500 – $9,800	$38,000 – $58,000	Open-plan commercial retail, boutique glamping villas
Modular Combined Units (80ft+)	Interconnected Twin/Triple Pods	R-38 Architectural Thermal Break	$14,000 – $22,000	$68,000 – $120,000+	Corporate field offices, military multi-bay barracks

*Notes: Baseline pricelist excludes multimodal ocean freight tariffs, destination offloading cranes, and localized geotechnical foundation work. Turnkey finishes include internal MEP (Mechanical, Electrical, Plumbing), CE/UL wiring runs, integrated vitreous china sanitary ware, and insulated double-glazed fenestrations.

Localized Adaptation

Engineering Climatology & Micro-Site Applications

Tailoring steel monocoque envelopes for extreme microclimates, seismic faulting, and specialized mission-critical operations.

Nordic & Sub-Zero Cryogenic Environments

In high-latitude installations (e.g., Scandinavia, Canada, and Northern Japan), thermal bridging across the corrugated steel shell induces interior dewpoint condensation. Engineering solutions demand continuous exterior rigid polyisocyanurate (PIR) insulation, breaking the thermal envelope before cold penetrates structural ribs. Vacuum insulated panels (VIP) are integrated into floor plenums to preserve volumetric interior clearance.

High-Seismic & Typhoon Zone Dynamics

Shipping container monocoques boast superior shear wall performance relative to unreinforced masonry or stick-built framing. When securely locked via twistlocks or perimeter weld seams to foundation ground anchors, these volumetric steel assemblies withstand seismic ground accelerations up to Seismic Design Category E and high wind loads exceeding 250 km/h (Category 5 hurricane ratings).

Corrosive Marine & Offshore Exploration Sites

For installations stationed within 500 meters of oceanic breaking surf or positioned on offshore support platforms, conventional paint systems degrade rapidly. Factory prefabrication incorporates heavy-duty DNV 2.7-1 / EN 12079 structural offshore lifting standards coupled with marine-grade 3-coat epoxy polyurethane paint systems totaling 250+ microns dry film thickness (DFT).

Future Trajectory

Decarbonization Roadmap & Next-Gen Modular Technology

A rigorous examination of embodied carbon savings, circular structural engineering, and smart IoT-enabled facility integration.

Embodied Carbon Offset Metrics

Repurposing a single 40ft high cube container sequesters roughly 3,800 kg of structural steel, preventing energy-intensive smelting cycles that release roughly 8 metric tons of CO2 into the atmosphere. For institutional developers pursuing LEED v4 or BREEAM Outstanding accreditations, prefab container construction reduces cradle-to-gate embodied carbon by up to 35% compared to reinforced concrete tilt-up construction.

BIM Integration & Precision Off-Site MEP

Modern container modularity has abandoned imprecise field alterations in favor of full Building Information Modeling (BIM) workflows. Computer numerical control (CNC) plasma tables cut wall openings to fractional-millimeter tolerances, while standardized mechanical service chases, plumbing manifolds, and low-voltage cable raceways are factory-installed without compromising the container's structural corner posts.

Smart Grid Integration & Micro-Inverters

The standard roof perimeter of a 40ft container provides approximately 28 square meters of unshaded plane, ideal for mounting bifacial monocrystalline photovoltaic (PV) arrays. Paired with internal high-density lithium iron phosphate (LiFePO4) energy storage and automated HVAC economizers, modern prefab container houses function as net-zero operational units capable of autonomous black-start microgrid performance.

Technical Verification

Institutional Buyer & Engineering FAQ

In-depth responses to regulatory compliance, structural calculations, and installation parameters for EPC contractors and project managers.

How does corrugated wall removal affect structural load-bearing capacity?

The corrugated Corten side walls function as structural shear webs. When walls are cut or removed to construct wide-span combined rooms, structural load paths are disrupted. To preserve structural safety under full roof and snow loads, structural steel rectangular hollow sections (RHS) or universal flitch beams must be welded along the top and bottom headers, redistributing loads back into corner posts and corner castings.

What foundation designs are optimal for prefab container houses?

Because an ISO container directs its full concentrated weight exclusively through its four bottom corner castings, deep continuous trench footings are unnecessary in most soil conditions. The most cost-effective foundation typologies are concrete piers (spread footings with cast-in-place embed plates) or engineered helical steel screw piles. These minimize site soil disruption, speed setup, and facilitate modular relocation if required.

How are international electrical and plumbing codes resolved in factory production?

Industrial prefabrication incorporates targeted compliance matrices per destination market. For the North American market, installations feature UL-listed cabling, GFCI protection, and Schedule 40 PVC/CPVC or PEX plumbing lines complying with IPC/UPC codes. European orders receive CE, HAR-certified low-smoke zero-halogen (LSZH) wiring, and multi-pole RCBO breakers configured for 230V/400V 50Hz regional grids.

What are the acoustic mitigation methods across shared container walls?

Bare steel corrugated panels exhibit an acoustic Sound Transmission Class (STC) rating of only ~26 dB, allowing high transmission of airborne noise. Institutional conversions employ decoupled independent light-gauge interior stud framing with a 25mm air gap, dense mineral wool insulation (50kg/m3), resilient isolation channels, and high-density Type X gypsum boards or MgO boards, bringing the composite wall assembly to an STC of 52-56 dB.

Phase II Portfolio