With the implementation of the "14th Five-Year Plan for Building Energy Conservation and Green Building Development," rock wool board technology continues to upgrade:
Composite: Structure Rock wool-aerogel composite boards under development maintain Class A fire resistance while reducing thermal conductivity to 0.028 W/(m·K).
Intelligent Monitoring: Rock wool systems embedded with fiber optic sensors can monitor temperature changes in real time and have been piloted at the Shanghai World Financial Center.
Recycled Technology: Environmentally friendly rock wool made from metallurgical waste has a 15% improvement in fire resistance compared to traditional products, while reducing production costs by 20%.
The Class A fire resistance of rock wool boards makes them the preferred insulation material for large public buildings, high-rise residential buildings, and industrial plants. However, it is important to note that true fire safety is the result of material performance, standardized design, rigorous construction, and scientific maintenance.
When purchasing, consumers must request complete type test reports from suppliers and pay attention to the random inspection results published on the China Fire Protection Product Information Network. In the future, as building fire protection standards continue to improve, rock wool board technology will continue to iterate, building a more reliable firewall for urban safety.