Fireclay Castables | Industrial furnaces, kilns | Refractoriness: 1600°C (Industry Standard) ▲1770°C (Our Advanced ▲+10.6%) (ASTM C20) | Cost-effective, excellent thermal shock resistance. Our Advanced exceeds industry standard by 170°C. | Lower max refractoriness (1600°C) vs. silicon carbide (Industry Standard 1750°C). |
Silicon Carbide Castables | Metal casting, glass furnaces | Refractoriness: 1750°C (Industry Standard) ▲1770°C (Our Advanced ▲+1.1%) (ASTM C77) | Superior thermal conductivity and extreme-temperature tolerance. Our Advanced minimizes heat loss. | Higher cost, requires specialized installation. |
Alumina Castables | Chemical processing, high-alumina zones | Alumina Content: 50-60% (Industry Standard) ▲70% (Our Advanced ▲+16.7%) (ISO 5950) | Enhanced chemical resistance and refractoriness up to 1780°C. Our Advanced reduces corrosion risk. | Brittle structure; prone to cracking under stress. |
Lightweight Insulating Castables | Furnace insulation, energy-efficient systems | Thermal Conductivity: 0.3 W/m·K (Industry Standard) ▲0.25 W/m·K (Our Base ▲-20%) (ASTM C1114) | Reduces energy loss by 20% via hollow microspheres. Our Base cuts heat transfer. | Lower load-bearing capacity; unsuitable for heavy-duty applications. |
High-Alumina Bricks | Blast furnaces, structural linings | Alumina Content: 65% (Industry Standard) ▲75% (Our Advanced ▲+15.4%) (EN 771-1) | Superior resistance to chemical attack and thermal shock. Our Advanced extends furnace lifespan. | Heavyweight; requires skilled labor for installation. |
Refractory Cement | Linings repair, emergency patching | Setting Time: 2-4 hours (Industry Standard) ▲1 hour (Our Base ▲-50%) (ASTM C23) | Rapid curing (1 hour) minimizes downtime. Our Base accelerates repairs. | Shorter shelf life post-mixing; requires precise water ratios. |