Background: A certain industrial plant located in the outskirts of a city utilizes a significant amount of electrical equipment and pipelines in its production processes. Due to the inherent risk of fire in industrial production, it is crucial to implement effective measures to protect electrical equipment and pipelines from the spread of fires.

Solution: The plant decided to install fire sleeves on its electrical equipment and pipelines to enhance their fire resistance and safety. Considering the harsh environment of the plant, which requires materials resistant to high temperatures and abrasion, silicone fiberglass fire sleeves were chosen as the solution.

Implementation: The plant conducted a detailed inspection and measurement of its electrical equipment and pipelines to determine the required sizes and lengths of fire sleeves. Subsequently, professional personnel installed silicone fiberglass fire sleeves using a hook-and-loop mechanism, ensuring complete coverage and secure fastening over the equipment and pipelines. The sleeves were tightly secured to ensure effective fire protection.

Results: By installing fire sleeves, the plant enhanced the fire resistance and safety of its electrical equipment and pipelines. During production processes, the fire sleeves effectively protected the electrical equipment and pipelines from fire damage, thereby reducing the risk of fires. Additionally, the fire sleeves extended the lifespan of the electrical equipment and pipelines, resulting in reduced maintenance and replacement costs.

Conclusion: Through the installation of fire sleeves on its electrical equipment and pipelines, the plant improved the safety and reliability of its equipment and pipelines, reduced the risk of fires, and ensured smooth production processes. This case study demonstrates the practical application of fire sleeves in the industrial sector and highlights their importance in protecting equipment and enhancing safety.