Expandable Container House | Modular Locker Room & Break Room

Technical Specifications

Key Features & Benefits

• Wind Resistance Grade 12 (≤120 km/h) and Earthquake Resistance Grade 8 structural ratings confirm the prefab steel frame meets the load tolerance requirements for deployment in high-wind coastal, cyclone-prone, and moderate seismic hazard regions.
• Four steel sheet thickness options (0.326 / 0.376 / 0.426 / 0.476 mm THC) allow procurement teams to specify frame weight and rigidity appropriate to the structural loads, transport constraints, and service life requirements of each project site.
• Three insulation panel thicknesses (50 / 75 / 100 mm THC) across EPS, rock wool, glass wool, and PU core options provide thermal resistance and acoustic attenuation configurations selectable to climate zone, fire rating requirement, and occupant comfort specification.
• Pre-wired electricity with integrated lighting and circuit distributor eliminates on-site electrical rough-in labor, allowing the container to be operational immediately upon connection to the site power supply without separate electrician mobilization.
• MGO or cement fiber floor board selection delivers moisture-resistant, dimensionally stable flooring substrate options suited to the high foot-traffic, wet-cleaning, and heavy-equipment loading conditions of locker room and break room service environments.
• Expandable prefab structure reduces transport volume relative to fully assembled modular units, with field deployment via on-site unfolding and connection rather than crane-lift module installation, lowering logistics and site access requirements.

Applications

• 1.Deployed as modular locker rooms at remote mining and resource extraction sites where Wind Grade 12 structural rating, Earthquake Grade 8 resistance, and pre-wired electrical fit-out support rapid autonomous facility establishment without permanent infrastructure.
• 2.Installed as construction site break rooms where the expandable deployment mechanism, pre-wired circuit distributor, and 50–100 mm insulated sandwich panel options provide a functional, thermally conditioned worker welfare facility within a single delivery footprint.
• 3.Specified for educational facility support rooms — including changing facilities and rest areas — at temporary or seasonal campus sites where modular expandability and aluminum PVC sliding door with security bar provide structural security without permanent construction.
• 4.Used as rapid-deployment emergency service or disaster relief shelter infrastructure where the Grade 8 seismic resistance, Grade 12 wind tolerance, and pre-wired electrical configuration allow safe, operational shelter to be established quickly in post-event environments.
• 5.Installed as portable athletic facility locker rooms at sports venues or events where the expandable container format enables multi-season relocation, insulation panel customization for climate conditions, and MGO or cement fiber flooring for wet-area durability.

FAQ

Q1: What are the confirmed wind and seismic structural load tolerances for this expandable container?

The prefab steel frame is rated to Wind Resistance Grade 12 (wind speed ≤120 km/h) and Earthquake Resistance Grade 8. Roof snow load capacity, roofing live load capacity, and wall permitted loading are each rated at 0.6 kN/m².

Q2: What are the baseline field assembly mechanics and deployment time for the expandable prefab structure?

The expandable container is deployed by unfolding the prefab steel structure on site rather than assembling discrete modules or performing crane-lift placement. Specific deployment time, minimum crew size, and unfolding equipment requirements are not confirmed in the current brief — buyers should request installation documentation from the manufacturer for site planning purposes.

Q3: What insulation panel core and steel sheet thickness options are available, and how should they be selected?

Insulation panel thickness options are 50, 75, and 100 mm THC, available in EPS, rock wool, glass wool, or PU sandwich panel cores; steel sheet options are 0.326, 0.376, 0.426, and 0.476 mm THC. Panel core selection is driven by climate zone thermal resistance, fire rating, and acoustic requirements; steel sheet thickness selection is driven by structural load, transport weight constraints, and service life specification.

Q4: What on-site electrical connection is required for the integrated lighting and pre-wired circuit distributor?

The container arrives with pre-wired electricity, lighting, and a circuit distributor installed, requiring only connection to the site power supply for electrical operation. Specific supply voltage, phase configuration, amperage rating, and connection point specification are not confirmed in the current brief — buyers should request the electrical specification sheet from the manufacturer prior to site power supply planning.