Brief: We tested it—see the highlights and what to expect in real operation. This video showcases the Electrical Insulation Rock Wool Board in action, demonstrating its Class A fire resistance and exceptional thermal performance with 0.038W/mK heat conductivity. Watch as we explore its robust tensile and compressive strength, versatile shapes for construction and industrial use, and its straightforward installation process.
Related Product Features:
Provides excellent electrical insulation for enhanced safety in environments with electrical components.
Offers Class A fire resistance, contributing to superior fire protection in buildings and industrial settings.
Features a low heat conductivity of 0.038W/mK for outstanding thermal insulation and energy efficiency.
Boasts high compressive strength of ≥40kPa, ensuring durability under heavy loads in flooring and roofing.
Exhibits strong tensile strength of ≥7kPa, resisting deformation during installation and service.
Available in rectangle, square, and sheet shapes for easy customization to various project requirements.
Delivers excellent sound absorption with an NRC of 0.85, ideal for noise reduction in commercial and residential spaces.
Withstands extreme temperatures from -268℃ to 650℃, suitable for high-heat industrial applications.
FAQs:
What is the Rock Wool Board made from and what are its primary applications?
The Rock Wool Board is manufactured from natural rock fibers, creating a dense mineral wool insulation material. It is widely used in construction and industrial applications for thermal insulation, soundproofing, and fire protection in walls, roofs, ceilings, and floors.
How does the Rock Wool Board perform in terms of fire safety and temperature resistance?
The board offers Class A fire resistance and can withstand temperatures ranging from -268℃ to 650℃, making it highly effective for enhancing fire safety in both building construction and industrial insulation projects.
What are the key mechanical properties and installation considerations for the Rock Wool Board?
The board features compressive strength ≥40kPa and tensile strength ≥7kPa, ensuring durability under mechanical stress. Installation is straightforward as it can be easily cut and shaped on-site, though protective gear is recommended due to its fibrous nature.