Fire safety is a top priority in modern buildings, especially in densely populated spaces such as hospitals, schools, and transportation hubs. SPC wall panels are increasingly favored for interior decoration due to their excellent fire resistance, effectively combating flames and reducing smoke generation.
The strength of SPC wall panels comes from their sophisticated multi-layered structure. The mineral-filled core layer reduces combustible materials and absorbs heat efficiently, slowing down the spread of flames and providing robust fire protection.
The mineral core absorbs heat during a fire, inhibiting flame propagation. Compared to traditional polymer-based wall panels, SPC panels offer greater thermal stability, significantly reducing fire risks.
When exposed to fire, a dense char layer quickly forms on the surface, isolating oxygen and combustible gases. This "suffocation effect" protects the internal structure and enhances overall fire resistance.
At high temperatures, SPC panels release moisture, maintaining surface stability and preventing burning drips. Their low heat release rate minimizes the chance of secondary ignition, outperforming traditional materials.
In addition to fire resistance, SPC wall panels generate low smoke, which is crucial during evacuation. Reduced smoke improves visibility, buying valuable escape time, while also protecting electronic equipment and property.
Through multi-layered design, heat-absorbing core, carbonized barrier, and low-smoke properties, SPC wall panels provide inherent safety. They protect people, equipment, and property, making them an essential component in modern, fire-safe buildings.
