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TZJ Support
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New materials and all-galvanized steel frames — longer life, more open space, and repeated reconfiguration that refurbished containers cannot match.
Modular systems use new materials and all-galvanized steel frames — longer life, more open space, and repeated reconfiguration that refurbished containers cannot match.
Containers were built for freight, not live-fire training. As training facilities, they often face corrosion, insufficient load capacity, difficult modification, and high secondary maintenance costs.
Modular training systems are purpose-built for emergency training from day one: open floor plans, movable walls and doors, roof and floor designed for training loads — scenarios that grow freely with your mission.
| Comparison | TZJ Modular System | Container Conversion |
|---|---|---|
| Interior space | Open floor plan, no fixed partitions, high space utilization | Constrained by container dimensions, narrow and fixed layout |
| Walls / doors & windows | Freely added, removed, and rearranged for varied scenarios | Openings require on-site cutting; changes are difficult and weaken structure |
| Structural materials | New materials, all-galvanized steel frame, corrosion and deformation resistant | Refurbished used containers, plain steel prone to rust, inconsistent quality |
| Roof working surface | Designed to training load standards, smooth transition from roof to interior | Not load-rated; major reinforcement required for training use |
| Flooring | Non-slip working surface + galvanized underside; full thermal liner in burn rooms | Mostly hardwood floors; burn rooms with steel base only |
| Coating process | Factory paint on new steel surfaces, long-lasting stability | Repainted over old surfaces, requires periodic recoating |
| Connection method | Bolted connections, reconfigurable and replaceable | Welded assembly; changes require cutting and repainting |
| Expandability | Modules reconfigure and stack, expand as needed | Limited expansion; stacking and connection constraints |
| Training realism | Close to real building layouts and heights | Significant scale gap from real buildings |
| Full lifecycle | Reconfigurable and refurbishable, higher long-term value | Modification limited, high later refurbishment cost |