In the industrial sector, many equipment pipelines operate at high temperatures for extended periods, thus requiring high levels of thermal stability from insulation materials. Rock wool, due to its excellent thermal insulation properties and high-temperature resistance, is widely used in industrial pipeline insulation projects, including steam pipelines, heat medium pipelines, and chemical process pipelines.

The fibrous structure of rock wool effectively reduces heat transfer, allowing pipelines to operate stably under high-temperature conditions. Proper insulation design not only improves energy efficiency but also reduces equipment surface temperature, mitigating safety risks. Rock wool is resistant to shrinkage or deformation at high temperatures, meeting the long-term requirements of continuous operation in industrial environments.

In practical applications, it is necessary to select rock wool products with appropriate density and thickness for pipelines of different temperature ratings, and combine them with a metal outer sheath to enhance weather resistance and resistance to mechanical damage. Proper construction is crucial for improving insulation performance; ensuring tight joints and secure fixing significantly enhances the overall performance of rock wool insulation.

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