Refractoriness | High-temperature furnaces, kilns | Industry Standard: 1500–1600°C Our Base: 1580–1770°C Our Advanced: 1700–1850°C ▲▲▲ (270°C improvement) | Withstands extreme heat (e.g., steel manufacturing) Meets ISO 5950-1 standards | Higher cost for advanced versions due to premium alumina content |
Chromium Oxide (Cr₂O₃) Content | Corrosive chemical environments | Industry Standard: 1.5–2% Our Base: 2.5% Our Advanced: 39% ▲▲▲ (37% boost) | Enhanced corrosion resistance (ASTM C719) Prevents chemical degradation | Advanced versions may require specialized storage conditions |
Thermal Shock Resistance | Rapid temperature fluctuations | Industry Standard: 5 thermal cycles Our Base: 10 cycles Our Advanced: 15 cycles ▲▲ (100% increase) | Maintains structural integrity in cyclic heat (e.g., glass production) | Base version may crack under extreme thermal stress |
Chemical Resistance | Acidic/alkaline environments | Industry Standard: Passes ASTM C109 (basic) Our Base: Passes ASTM C719 (acidic) Our Advanced: Passes ASTM C150 (both) ▲▲ | Resists sulfuric acid (pH 1–2) and sodium hydroxide (pH 13–14) | Advanced version requires precise mixing ratios for optimal performance |
Density | Lightweight refractory applications | Industry Standard: 2.8 g/cm³ Our Base: 3.0 g/cm³ Our Advanced: 3.2 g/cm³ ▲▲ (14% denser) | Higher load-bearing capacity (e.g., industrial flooring) ISO 11404 compliant | Advanced versions may be harder to transport due to weight |
Application Temperature Range | High-temperature insulation | Industry Standard: Up to 1400°C Our Base: Up to 1600°C Our Advanced: Up to 1800°C ▲▲▲ (400°C expansion) | Ideal for molten metal casting (e.g., aluminum foundries) | Base version may underperform in ultra-high-temperature settings |