Brief: In this informative video, we take a focused look at the specifications and what they mean in practice for Building Rough Rock Wool Panels. You will see how their high-temperature resistance, Class A non-combustibility, and hydrophobic properties are applied in critical building safety scenarios like exterior walls, fire partitions, roofs, and equipment insulation.
Related Product Features:
Class A non-combustible material, providing the highest fire rating for enhanced building safety.
Excellent thermal insulation properties, maintaining performance from -268℃ to 650℃.
Effective noise reduction capabilities for improved acoustic comfort in various environments.
Superior hydrophobic properties with water absorption ≤5%, ensuring durability and moisture resistance.
High chemical stability and corrosion resistance, suitable for harsh industrial and building conditions.
Environmentally friendly and non-toxic, safe for use in sensitive areas like hospitals and schools.
Available in thicknesses from 30mm to 150mm, customizable for different fire resistance ratings.
Rough surface finish and stock size of 1200×600 mm, facilitating versatile installation applications.
FAQs:
What are the primary applications of these rock wool panels in building safety?
They are widely used in exterior wall insulation, fire-resistant internal partitions, roof systems, and pipeline/equipment insulation to prevent fire spread, provide thermal insulation, and ensure structural integrity in high-rises, commercial complexes, and high-safety venues like data centers and hospitals.
How do these panels contribute to fire resistance in building partitions?
With thicknesses from 50mm to 150mm, they enable partitions to achieve a 1-4 hour fire resistance limit, installed between areas like mall atriums and shops to restrict fires to specific zones, prevent rapid spread, and create independent evacuation spaces.
Why are these rock wool panels suitable for sensitive environments like hospitals and schools?
Their non-toxic, stable performance and Class A non-combustibility provide enhanced protection, minimizing risks in operating rooms, wards, classrooms, and dormitories by avoiding toxic gas release and acting as reliable fire barriers for vulnerable populations.