Cube Living Container Homes for Sale

These modular dwellings are built from ISO‑standard steel shipping containers that have been cut, joined, and insulated to form a cube‑shaped living unit. The primary advantage for industrial buyers is the ability to transport a fully finished habitable space on a standard flatbed truck, reducing on‑site construction time and logistics complexity.

Structural Specifications

Each unit starts with a 20‑foot or 40‑foot high‑cube container whose external dimensions are 2 438 mm × 2 438 mm × 2 896 mm (L × W × H) for the 20‑ft version and 12 192 mm × 2 438 mm × 2 896 mm for the 40‑ft version. After cutting and welding, the internal clear height is typically 2 400 mm, allowing standard door heights and ceiling fixtures without additional framing.

The steel frame retains its original yield strength of approximately 350 MPa, and all cut edges are reinforced with secondary C‑channel members to maintain shear resistance. Connection points between containers use full‑penetration butt welds backed by internal gusset plates, providing a moment‑resisting joint suitable for seismic zones up to level 4 (as defined by local building codes).

Typical Dimensions and Weight

Materials and Insulation

Exterior surfaces are treated with a two‑component epoxy primer followed by a polyurethane topcoat, achieving a dry film thickness of 120 µm and providing corrosion resistance equivalent to ISO 12944‑5 C5‑M for marine environments. Interior walls receive a layer of closed‑cell spray polyurethane foam with a nominal thermal conductivity of 0.022 W/(m·K) and a thickness of 50 mm, delivering an overall U‑value of approximately 0.35 W/(m²·K) for the enclosure.

Flooring consists of 18 mm marine‑grade plywood overlaid with a 2 mm vinyl wear layer, selected for its resistance to moisture ingress and ease of cleaning. All electrical conduit is routed within steel channels welded to the interior frame, maintaining the container’s structural integrity while meeting IEC 60364‑5‑52 requirements for protective conductors.

Typical Applications

Cube living containers are frequently deployed as on‑site accommodation for remote construction crews, eliminating the need for temporary timber barracks and reducing site setup time from weeks to days. Their modular nature also makes them suitable for disaster‑relief housing, where units can be stacked two‑high to create a compact community center while maintaining independent utilities.

In the hospitality sector, operators use these units as pop‑up guest suites at festivals or seasonal resorts, benefiting from the factory‑finished interior that minimizes on‑site finishing work. The steel envelope provides a robust barrier against wind loads up to 150 km/h, satisfying typical temporary structure codes.

Customization Options

• Window configurations: single‑glazed, double‑glazed low‑E, or operable awning styles with aluminum frames.
• Door types: insulated steel roll‑up, sliding glass, or personnel access doors with panic hardware.
• Interior finishes: painted gypsum board, PVC wall panels, or pre‑finished laminate systems.
• Mechanical packages: mini‑split HVAC units, electric resistance heating, or plug‑and‑play bathroom pods.
• Exterior cladding: corrugated metal panels, fiber‑cement boards, or timber slats for aesthetic variation.

Quality Assurance Philosophy

Each unit undergoes a three‑stage inspection: first, dimensional verification of cut openings against CNC‑generated tolerances (±2 mm); second, weld inspection using ultrasonic testing on 10 % of full‑penetration joints, with acceptance criteria aligned to AWS D1.1; third, a functional test of electrical continuity and insulation resistance (>1 MΩ) before final coating. These steps are documented in a production lot traceability record that links raw material certificates to the finished container.

Because the product is sold as a semi‑finished shell, the buyer receives a dossier that includes the container’s original CSC plate, a list of all non‑standard modifications, and recommended handling procedures for lifting and transport. This transparency reduces uncertainty during integration into larger site‑built structures.

Request Further Information

To discuss specific dimensional adjustments, insulation performance targets, or logistics support for your project, please contact our technical sales team. Provide the intended use case, required internal clear area, and any climatic constraints so we can prepare a tailored quotation and lead‑time estimate.