Maximum Structural Integrity for Fire Reserve
This is the premium, specialized variant of the Bidirectional Arc-Ribbed Super Rigid SW Water Tank, engineered explicitly for critical fire water reserve applications. The designation "Double-Sided" emphasizes that the high-strength arc-rib profile is optimized on both the vertical and horizontal axes to manage the extreme hydrostatic pressures and dynamic forces associated with large fire water volumes.
The "Ultra-Stiff" nature minimizes panel deflection, which is critical for maintaining joint integrity over decades, ensuring the fire water reserve is always fully contained and available for the Vertical Multi-Stage Fire Pumps or Horizontal Split Case Fire Pumps.
Specification Table: Ultra-Stiff Arc-Ribbed Tank
| Function | Critical Fire Water Reserve Storage (Highest Reliability) |
| Structural Feature | Patented Double-Sided (Bidirectional) Arc-Ribs |
| Rigidity | Maximum Panel Stiffness (Minimal Hydrostatic Deflection) |
| Material | HDG Steel or High-Grade 304 SS |
| Seismic Resistance | Enhanced Design for High-Seismic Zone Requirements |
| Compliance | Mandatory Fire Code Volume and Durability Standards |
| Application Height | Ideal for High-Lift / High-Pressure Applications |
| Lifespan | Engineered for Extended Service Life (Minimum 30+ years) |
Application Fields
- Fire water storage for critical infrastructure (power plants, data centers, airports).
- High-volume fire reserves in seismic zones or areas with high wind loading.
- Dedicated fire compartment in a Domestic/Fire water tank where maximum reliability is paramount.
- Base structure for the Mingxing Buried Integrated Fire Pump Station (using BDF Composite).
- Any application where the consequence of fire water system failure is extremely high.
Engineering and Custom Fabrication
We provide third-party verification of the structural analysis (FEA) confirming the tank's seismic and wind-load ratings for the client's peace of mind and regulatory submission.
Customization Scope: Fully customized to meet the exact fire reserve volume required by the fire hazard analysis. Options for full BDF composite construction for subterranean applications.
Every panel is individually checked after the forming process to ensure the integrity of the patented arc-rib geometry.