Industrial steam pipelines operate under high-temperature conditions for extended periods, placing stringent requirements on the high-temperature resistance and compressive stability of insulation materials. Rock wool pipe shells, due to their superior temperature resistance, structural stability, and low thermal conductivity, have become a commonly used insulation material for steam pipelines.

Rock wool pipe shells are made from basalt melted and fiberized at high temperatures, possessing excellent high-temperature resistance and capable of withstanding industrial steam operating temperatures for extended periods. Their dense fiber structure effectively blocks heat loss, improving steam transport efficiency and reducing energy consumption.

Furthermore, rock wool pipe shells are non-combustible, maintaining a stable shape even at high temperatures, thus enhancing the overall fire resistance of steam pipeline networks. This safety feature is crucial for chemical plants, heating stations, and industrial areas with a high concentration of high-temperature equipment.

Rock wool pipe shells have high structural strength, facilitating pipe wrapping during construction. They can be used in conjunction with metal outer protective panels to improve resistance to external forces and overall durability. In long-distance steam pipeline transport, rock wool pipe shells provide continuous and reliable insulation, thereby maintaining pipeline operating efficiency.