OEM Shipping Containers for Sale for Homes

These units are built to ISO 668 dimensions and constructed from corten steel with a minimum thickness of 2 mm for sidewalls and 2.5 mm for end frames. The design includes corner castings rated for 30 ton stacking load and a floor system capable of supporting a uniformly distributed load of 30 kN/m².

Key Technical Characteristics

• External length options: 20 ft (6.058 m), 40 ft (12.192 m), 45 ft (13.716 m).
• Width: 2.438 m; height: 2.591 m (standard) or 2.896 m (high‑cube).
• Wall corrugation depth: 25 mm providing increased rigidity and resistance to lateral buckling.
• Floor consists of 28 mm thick marine‑grade plywood over steel cross members spaced 406 mm apart.
• Optional interior insulation: polyurethane spray foam achieving R‑value up to R‑20 per inch thickness.
• Door sealing system uses double‑gasket design achieving water ingress rate <0.5 L/h under 500 Pa pressure differential.

Typical Applications in Residential Construction

When repurposed as dwelling modules, the containers provide a structural envelope that already satisfies wind load requirements for Exposure B conditions per ASCE 7‑16, reducing the need for additional framing. The steel skin acts as a vapor barrier, and when combined with interior insulation, achieves thermal transmittance (U‑value) of approximately 0.35 W/(m²·K) for a 50 mm foam layer, meeting IECC 2021 residential energy standards in many climate zones.

Customization Options

• Cut‑outs for windows and doors with reinforced steel frames, sized per ASTM F2200.
• Internal partitioning using lightweight steel studs with fire‑rated gypsum board (Type X).
• Exterior cladding options: corrugated metal panels, fiber cement boards, or timber look, or insulated sandwich panels.
• Electrical conduit pre‑installation (PVC or metal) conforming to NEC 2023.
• Plumbing stub‑outs for potable water and waste lines, pressure tested to 150 psi.

Standard vs. Customizable Parameters

Quality Assurance and Testing

Each container undergoes visual inspection per ISO 1496‑1, checking for corrosion, dents, and alignment of corner castings. Load testing of the floor structure is performed using a hydraulic jack applying 1.5 times the rated capacity for a duration of 5 minutes, with deflection measured not exceeding L/200. Door seal integrity is validated by a spray test following ASTM E331, confirming no water penetration at a pressure differential of 300 Pa. All welds are inspected via magnetic particle technique, and any discontinuities exceeding 2 mm are repaired before surface treatment.

Frequently Asked Questions

• Can dimensions be customized? Yes, length, width, and height can be adjusted within structural limits; custom lengths require additional engineering review.
• What information is required before quotation? Provide intended use (e.g., living unit, office), required insulation level, any cut‑out sizes, and delivery destination for freight assessment.
• What materials are available for exterior finishes? Options include primed corten steel, pre‑painted galvanized steel, aluminum composite panels, and fiber cement boards.
• How is quality inspected? As described in the Quality Assurance section, each unit passes dimensional, load, seal, and weld inspections before dispatch.
• What packaging methods are available for export shipments? Containers are shipped either as‑is on flat‑rack vessels or protected with weather‑proof shrink wrap and corner guards for overland transport.
• What is the typical production lead time? Standard units ship within 2‑3 weeks after order confirmation; customized units typically require 4‑6 weeks depending on complexity.

Contact for Quote

To receive a detailed quotation including freight, customs documentation, and optional installation guidance, please provide your project specifications.