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Gaobeidian Container House Dimensions

Admin September 10, 2026

Common Gaobeidian container-house sizes are not clearly region-specific; they are usually based on international standard container specs. Typical sizes and custom options are as follows:

1. Standard container-house interior dimensions Container-house sizes are mainly based on international standard container specs. Common types include:

  • 20 ft container: interior dimensions 5.69 m (L) × 2.13 m (W) × 2.18 m (H). Suitable for one person or small spaces—temporary offices, small storage rooms, and similar uses.
  • 40 ft container: interior dimensions 11.8 m (L) × 2.13 m (W) × 2.18 m (H). More space for multi-person offices or living—often used for site dormitories, commercial showrooms, and similar scenes.
  • 40 ft high cube: interior dimensions 11.8 m (L) × 2.13 m (W) × 2.72 m (H). Extra height gives more vertical room for layered layouts or large equipment—labs, medical stations, and similar uses.
  • 45 ft high cube: interior dimensions 13.58 m (L) × 2.34 m (W) × 2.71 m (H). Longer and wider, with higher space utilization—often used for large temporary event venues, multi-purpose meeting rooms, and similar scenes.

2. Custom size options Beyond standard specs, container-house dimensions can be adjusted flexibly to client needs:

  • Width expansion: by joining multiple containers or cutting and reconfiguring, width can grow from the standard 2.13 m or 2.34 m to over 4 m for special layout needs.
  • Height increase: stacking containers or using special structural design on top of standard height can achieve floor height above 3 m for industrial storage or multi-story needs.
  • Length adjustment: linking multiple containers in series can extend length without a fixed limit—suited to large commercial complexes, schools, and similar scenes.

3. Core factors when choosing size

  • Functional needs: living, office, storage, and other uses differ sharply in space requirements; match size to actual demand.
  • Transport limits: standard container sizes must meet road transport rules; oversize units need advance route planning and approval.
  • Cost budget: larger sizes raise material, transport, and installation costs—balance function against economics.