The silicon rock purification board has a thermal conductivity of 0.035, meaning it transfers relatively little heat per unit time, effectively maintaining a stable indoor temperature. Its high flexural strength indicates it can withstand significant external forces without deformation, making it suitable for wall or ceiling materials. Its fire resistance range of 0-1000℃ covers most industrial fire scenarios, and the hollow magnesium oxide sandwich layer forms a thermal barrier at high temperatures, delaying structural collapse. Its fibrous morphology further enhances the material's flexibility and processability, facilitating cutting, bending, or drilling for installation.
Installation must comply with building fire codes, ensuring tight sealing at the joints to prevent thermal bridging. During long-term use, the surface coating should be regularly inspected for damage to prevent moisture from affecting the performance of the fire-resistant material.
