Novandum's curtain wall-specific rock wool boards are made from high-strength basalt fibers, offering extremely high tensile strength and peel resistance. They can be firmly embedded into building exterior wall insulation systems, meeting wind load requirements. With an A1-grade fire rating, they serve as an excellent fire barrier for buildings. The product features high hydrophobicity and excellent dimensional stability, ensuring long-term maintenance of superior thermal insulation and safety performance even in complex climatic conditions on exterior walls.

Novandum Formaldehyde-Free Rock Wool retains the excellent fire resistance (A1 grade), thermal insulation, and sound insulation properties of rock wool, while utilizing innovative eco-friendly binding technology to eliminate formaldehyde components found in traditional phenolic resins. This achieves zero formaldehyde emission during both installation and use. It is an ideal choice for healthy buildings with stringent requirements for indoor air quality, such as hospitals, schools, and residences, providing a safe, clean, and quiet indoor environment.

Novandum Rock Wool roof panels possess excellent compressive strength and load-bearing capacity, specifically designed for various flat or sloped roofing systems. They maintain structural stability and resist deformation even in harsh environments. Combining outstanding fire safety (A1 grade) with durable thermal insulation performance, they effectively resist moisture erosion, providing comprehensive and reliable protection for building tops and reducing energy consumption.

Novandum Industrial Rock Wool is melted from high-purity basalt, offering extremely high thermal stability with a long-term service temperature exceeding 750°C. The product features fine fibers, low shot content, and minimal change in thermal conductivity with temperature variations. It provides efficient and uniform thermal insulation protection for high-temperature equipment such as pipelines, tanks, and industrial kilns, significantly reducing heat loss and enhancing industrial energy efficiency and operational safety.