Immediate deployment from Chinese coastal fabrication facilities. Fully certified by BV, ISO, and DNV standards.
In modern multimodal transit, structural engineering often confronts the "gross vehicle weight paradox." While 20ft units encounter volume exhaustion and 40ft units hit road mass restrictions, ODM 30ft containers bridge the critical gap between volumetric capacity and heavy payload safety.
Constructed utilizing high-tensile SPA-H structural steel panels and cast corner fittings (ISO 1161 compliant). Yield strengths exceeding 355 MPa withstand dynamic bending moments during intermodal sea-to-rail transshipment.
Engineered expressly for heavy dry bulk, battery storage systems (BESS), and specialized plant enclosures. Eliminates axle overloads on European, North American, and Australian rail networks while capitalizing on TEU payload limits.
Multi-stage shot-blasting to SA 2.5 standard combined with zinc-rich epoxy primers and polyurethane exterior finishes ensuring zero degradation across extreme marine conditions and high-salinity offshore zones.
| Dimensional Metric | 20ft ISO Standard | ODM 30ft Customized Unit | 40ft High Cube |
|---|---|---|---|
| Internal Length (mm) | 5,898 mm | 8,930 mm | 12,032 mm |
| Internal Width (mm) | 2,352 mm | 2,352 mm / 2,420 mm (Pallet Wide) | 2,352 mm |
| Internal Height (mm) | 2,393 mm | 2,698 mm (High-Cube configuration) | 2,698 mm |
| Usable Volume (m³) | 33.2 m³ | 56.5 m³ | 76.4 m³ |
| Max Gross Weight (M.G.W.) | 30,480 kg | 32,000 kg – 36,000 kg (Reinforced) | 32,500 kg |
| Primary Payload Focus | Dense metal components, ore | Mining, Energy Storage (BESS), Dense Chemicals | Volumetric consumer freight |
ODM 30ft containers serve specialized verticals where off-the-shelf standard sizes fail to satisfy payload economics and operational compliance.
Configured with heavy sub-floor reinforcing beams, customized HVAC louver cutouts, thermal partition walls, and FM-200 fire suppression interfaces. The 30ft length matches the optimum power-to-footprint ratio for 3MWh to 5MWh lithium battery racks without incurring dead transport volume.
Integrated top-discharge hatchet hatches, reinforced side-ribbing, and automated pneumatic discharge valves. Reduces tare weight while sustaining payloads exceeding 30 metric tons of iron ore slurry, copper concentrates, and lithium carbonate.
Fully insulated utilizing Class-A non-combustible rockwool or thickened polyurethane sandwich core. Precision-machined for server racks, liquid-cooling loops, internal cable trunking, and secure double-gasket access doors.
Operating from our primary coastal industrial bases in Tianjin and Suzhou, our manufacturing capability synthesizes automated assembly, metallurgical control, and seamless seaport access.
Fabrication tolerance is held within ±1.0 mm across corner-to-corner diagonal inspections. Robotic multi-axis submerged arc welding eliminates porosity and ensures uniform tensile penetration along primary floor crossmembers, sills, and headers. Digital twin tracking verifies every welded joint against structural strain limits.
Situated within 100 km of Tianjin Port (North China’s maritime gateway) and close to Shanghai/Ningbo export infrastructure. This geographic position minimizes inland drayage expenses, insulates procurement timelines from rail bottlenecks, and facilitates direct vessel-loading without intermediate transshipment delays.
Pioneering lightweight composites, IoT telematics integration, and circular sustainability into the ODM 30ft container lifecycle.
Embedded strain-gauge micro-sensors within critical upper corner castings and bottom side rails. Communicates real-time structural flex, dynamic load shift, and cargo thermal fluctuations through satellite LTE protocols directly to fleet management platforms.
Deployment of lightweight aluminum-alloy roof systems integrated into high-tensile Corten floor frameworks. Cuts tare weight by up to 18%, significantly expanding net usable cargo payload while reducing freight-ton carbon emissions.
Transitioning beyond solvent primers to zero-VOC waterborne coatings and thermal barrier nanoceramics. Elevates heat rejection properties by up to 35%, slashing energy consumption in refrigerated and climate-regulated cargo setups.
International regulatory alignment ensures friction-free customs customs handling, intermodal rail approval, and insurance protection.
Every fabricated ODM 30ft unit carries Bureau Veritas (BV) classification society type approvals and valid International Convention for Safe Containers (CSC) safety plates, guaranteeing smooth customs transshipment worldwide.
Dimensionally customized to comply with specific regional loading gauges: UIC 592/596 for European rail corridors, AAR clearances across North American Class I rail lines, and Australian national rail freight safety standards.
Complete regulatory documentation provided upon vessel departure: Full 3D CAD/SolidWorks models, material mill test certificates (EN 10204 3.1), destructive weld examination reports, and comprehensive paint adhesion test logs.
Engineered for extreme operating environments, offshore platform hoisting, and certified hazmat transport.
Streamlining the procurement lifecycle for EPC contractors, logistics operators, and global mining conglomerates.
Finite Element Analysis (FEA) testing verifies stress concentrations, deflection under point loads, and lifting point integrity prior to hard tooling allocation.
Issuance of complete production blueprints, bill of materials (BOM), insulation specs, and classification society preliminary approval submissions.
Transparent live video inspections, third-party weld non-destructive testing (NDT), dimensional verification, and door perimeter watertight tests.
Seamless transport from Tianjin / Suzhou directly into dedicated port berths with complete export declaration clearance and bills of lading.
Critical insights on ordering, international handling regulations, and structural customisation for ODM 30ft units.