Material Composition | Industrial storage, Field transport | Industry Standard: Stainless Steel (Grade 304L, ASTM A240) Our Base: Aluminum Alloy (Grade 6061, ASTM F131) Our Advanced: Aluminum + Composite (ASTM B209) | ▲ Lighter weight (Our Base: 18kg vs. Industry: 20kg) ▲▲ Enhanced corrosion resistance (Our Advanced) | ▼ Lower thermal stability (Base) vs. Stainless Steel |
Thermal Insulation | Long-term storage, Research labs | Industry Standard: 24hr LN₂ hold (ISO 8301) Our Base: 28hr LN₂ hold (ISO 8301) Our Advanced: 36hr LN₂ hold (ISO 8301 + vacuum-jacketed) | ▲▲ Extended LN₂ retention (Advanced: +33% over Industry) Low boil-off rate | ▼ Higher cost for Advanced tier |
Capacity | Bulk transport, Medical facilities | Industry Standard: 50L (ISO 10110) Our Base: 50L (ISO 10110) Our Advanced: 100L (ISO 10110) | ▲▲ Double capacity (Advanced meets large-scale needs) Standardized volume compatibility | ▼ Larger size increases storage challenges |
Safety Features | Hazardous material handling, Hospitals | Industry Standard: Pressure relief valve (ASME PVHO-1) Our Base: Same + leak detection (ISO 10417) Our Advanced: Smart temp sensors (IEC 60730) | ▲▲ Real-time monitoring (Advanced) Fail-safe mechanisms | ▼ Requires calibration for Advanced sensors |
Portability | Field research, Mobile labs | Industry Standard: Manual handle (ISO 7094) Our Base: Foldable handle + wheels (ISO 7094) Our Advanced: Collapsible design (ISO 284) | ▲▲ Easier transport (Advanced reduces packing volume by 40%) Lightweight design | ▼ Base lacks ergonomic grips |
Temperature Control | Sensitive sample storage, Pharma | Industry Standard: -196°C ±2°C (ISO 8302) Our Base: Same Our Advanced: -196°C ±0.5°C (ISO 8302 + PID regulation) | ▲▲ Precision for critical samples (Advanced) Consistent LN₂ temperature | ▼ Advanced requires power for sensors |