Rough Rock Wool Rigid Insulation Panels with Hydrophobic Electrical Insulation

It can be used to wrap high-temperature industrial equipment (such as heating furnaces in iron and steel plants, reactors in chemical plants, and boilers in power plants) as well as steam pipelines and pipelines for transporting high-temperature media. It not only reduces heat loss during equipment operation and lowers energy consumption, but also withstands external forces caused by equipment vibration and thermal expansion and contraction of pipelines by virtue of its high compression resistance, preventing the insulation layer from cracking and falling off. At the same time, its Class A fire resistance can prevent fire risks caused by high equipment temperatures, ensuring the safety of industrial production.

Protection for key parts of high-rise buildings

In high-rise buildings, it is often used in external wall external insulation systems, roof insulation layers and curtain wall cavity filling. When used on external walls, it can resist strong winds, rain and snow impact and deformation caused by long-term load-bearing, avoiding the problem that ordinary rock wool boards are easy to fall off; Laying on the roof can enhance the building's heat insulation effect and reduce energy consumption for air conditioning in summer and heating in winter; Filling the curtain wall cavity can take into account both fire prevention and sound insulation, prevent the spread of fire between floors, and at the same time reduce the transmission of outdoor noise (such as traffic noise and construction noise) into the room.

Adaptation to transportation and special scenarios

In the marine field, it can be used for thermal insulation and fire prevention of engine rooms and cabins, adapting to moisture and salt spray erosion in the marine environment, and can withstand vibration during ship navigation; In subway projects, it is often used for sound insulation and thermal insulation of tunnel inner walls and platform walls, isolating low-frequency vibration noise generated by the operation of subway trains, and at the same time playing a flame-retardant role in case of fire to gain time for personnel evacuation; In addition, it can also be used for thermal insulation and sound insulation of workshop walls in food processing plants and equipment rooms (such as generator rooms and air conditioning rooms) in hospitals. Due to its own environmentally friendly and non-toxic characteristics, it can meet the strict requirements for environmental safety in such scenarios.