Brief: We tested it—see the highlights and what to expect in real operation. This video demonstrates the fire resistance performance of yellowish brown rock wool panels in various high-risk scenarios. You'll see how these panels, with thicknesses from 30mm to 150mm, function as passive fire barriers, provide structural fire protection, and isolate fire risks in construction, industrial, and transportation applications. Watch real-world applications where they withstand temperatures up to 1000°C without burning or releasing toxic gases.
Related Product Features:
Class A non-combustible material with excellent high-temperature stability and flame-blocking capability.
Available in thicknesses ranging from 30mm to 150mm to suit various fire protection requirements.
Withstands temperatures of 800-1000°C without burning, releasing toxic gases, or losing structural integrity.
Provides passive fire barriers to block fire spread paths in building construction and insulation systems.
Used for structural fire protection in non-load-bearing partitions, fire cantilevers, and curtain wall gaps.
Ideal for fire risk isolation in industrial settings with high-temperature equipment and flammable processes.
Ensures confined-space fire prevention in transportation applications like rail transit and tunnels.
Offers low smoke density and no toxic emissions, critical for safe evacuation in enclosed environments.
FAQs:
What are the primary applications of these rock wool panels in construction?
In construction, these panels are crucial for building passive fire protection systems, used as core materials for non-load-bearing fire partitions and fire cantilevers, or filled in gaps between curtain walls and the main structure. They prevent flame spread between fire zones and seal gaps in elevator shafts, cable shafts, and pipe shafts.
How do these panels perform in high-temperature industrial environments?
In industrial settings, customized dense, high-heat-resistant rock wool panels wrap high-temperature equipment like boilers and kilns, reducing heat loss and blocking contact between high temperatures and surrounding flammables. They also line fire partitions and dikes in chemical workshops and storage tank areas to contain flames and protect adjacent equipment.
Why are these panels suitable for transportation fire safety?
For transportation, such as rail transit and tunnels, rock wool panels form the core of composite interior panels meeting strict fire performance standards. They are non-combustible with low smoke density and no toxic emissions, preventing rapid smoke buildup and structural damage, which buys critical time for evacuation in enclosed spaces.
What makes rock wool panels superior to other insulation materials for fire resistance?
Rock wool panels' fire resistance combines high-temperature stability, low smoke/toxicity release, and structural support. Unlike flammable materials, they block flames, avoid toxic gas emissions, and maintain shape without collapsing or dripping during a fire, providing multi-functional synergy for high-safety-priority scenarios.