Excellent Fire Resistance and High Safety Level
The core material of the silicon rock purification panel is made of inorganic silicon rock, achieving a fire resistance rating of Class A (non-combustible), which is one of its most prominent advantages. (Data source: XX Building Materials Testing Center 2025 Report) Compared to ordinary color steel plates, it only carbonizes without burning under high-temperature environments and does not release toxic gases, effectively preventing the spread of flames. In an electronics factory, a short circuit caused a localized fire; the walls using silicon rock purification panels only showed slight discoloration, preventing the fire from spreading.
Outstanding Thermal Insulation and Energy Saving
Silicon rock material has a thermal conductivity as low as 0.045 W/(m·K), reducing heat transfer between indoors and outdoors more effectively than traditional polystyrene boards and rock wool boards. In cold northern regions, it can reduce air conditioning energy consumption by approximately 30%; in hot southern environments, it can maintain a constant workshop temperature. After using it, a biological laboratory reduced its summer cooling capacity by 25%, saving approximately 12,000 yuan in electricity costs annually.
Environmentally friendly, non-toxic, and odorless – a green building material.
Silica rock purification panels are free of formaldehyde, heavy metals, and other harmful substances, meeting the standards of the "Limits of Hazardous Substances in Indoor Decoration and Renovation Materials" (GB 18580-2025). They produce no irritating odor during installation and do not release VOCs during use, making them particularly suitable for places with high air quality requirements, such as pharmaceutical GMP workshops and food processing areas. One pharmaceutical company reported that after using the panels, the air cleanliness test compliance rate in their workshop increased to 100%.
Stable mechanical properties, impact-resistant and not easily deformed.
The silica rock purification panel panel uses color-coated steel sheets, with the core material and panel composited through a special process. The overall compressive strength reaches over 80MPa, and its flexural strength is superior to traditional panels. It is not prone to dents or cracks due to compression or impact during long-term use. The ceiling of a hospital operating room remained flat after 5 years, with no significant deformation at the joints, and maintenance costs were only 60% of those for traditional materials.
